Download OU (Osmania University) B.Sc Fourth Year (4th Year) Physics Practical Question Bank Question Paper
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PAMM
nit/uni?
PracticalQuestionBunk
l?indthelltiekltessofuwireusingwedgeluethotl
DeterminethewavelengthoflighttisirtgBiprisrtt
IindRzttlittsofcurvztttlre01'agiveneunvcxlensusing.\I??\~1on?sringsmethod
FindtheresolvingpowerofPrism
Finddispersivepowerofaprism
liiltdthespeci?crotationofagivensugarsolutiontlsingpiuliimeter
Determinethcvravelengthoflightusingminimumdeviationmethod
Deltrrrtinuthewavtriength01'lightusingitormalincidencemethod
Detsrlnincresolvingpowerc-f-itgiventelescope
.
l-ilttltherefractiveindexofagivenliquidusingBoysmethod
.lindiheJefructiveindextrial\~?tterusingpulfrich1'6?'2'lCl0l'lk?l6l'
i.Uett-rlnincthewavelength0t"givenl-itsertlsittgdilli-zlctiortgrating
h.)
u:
'.J\
(l.
PAMM
nit/uni?
PracticalQuestionBunk
l?indthelltiekltessofuwireusingwedgeluethotl
DeterminethewavelengthoflighttisirtgBiprisrtt
IindRzttlittsofcurvztttlre01'agiveneunvcxlensusing.\I??\~1on?sringsmethod
FindtheresolvingpowerofPrism
Finddispersivepowerofaprism
liiltdthespeci?crotationofagivensugarsolutiontlsingpiuliimeter
Determinethcvravelengthoflightusingminimumdeviationmethod
Deltrrrtinuthewavtriength01'lightusingitormalincidencemethod
Detsrlnincresolvingpowerc-f-itgiventelescope
.
l-ilttltherefractiveindexofagivenliquidusingBoysmethod
.lindiheJefructiveindextrial\~?tterusingpulfrich1'6?'2'lCl0l'lk?l6l'
i.Uett-rlnincthewavelength0t"givenl-itsertlsittgdilli-zlctiortgrating
B.ScIIYr[IVSemester]ChemistryPracticalExamination
PaperIV~Quantitativeanalysis
?
II
QuestionBank
QuestionPaperPattern:
A.QucstinnforPrinciple\Vrit'illg
B.MainExperimentQuestion
A.QuestionsforthePrincipleVl/riting:
Anyoneamongthefollowingmayhegiven:
lWritetheprincipletlfctlntluctometrictitrationofastrongacidvsstrongbase.
Z.Givetheprincipleofconductometrictitrationofaweakacidvsstrongbase.
3.Writetheprincipleofpotcntitumetrictitrationofastrongacidvsstrongbase.
4.Git-ctltcprincipleofpotentiometrictitrationoliaweakacidvsstrongbase.
5.WritetheprinciplefortheestimationofNiZaslNitDMGtg].
6.(iivetheprinciplefortheestimationofBa(II]bygravimctricanalysis.
B.QuestionsfortheMainExperiment
I.DeterminetheconcentrationofgivenHCIsolutionbyacontluctumetrictitrationwith
theprovidedstandard0.5MNAOIlsolution.
2.Determinetheconcentrationofgivent\'<'lOllsolutionbyaccnductumctrir
titrationwiththeprovidedstandard0.lN1ll(.'lsolution.
3.Determinetheconceittratitunofgiven(I1lxCOOi-lsolutionbyaconrlnctontetrictitration
withthcprovidedstandard0.5MNaOllsolution.
4.Determinethooonccntr-xititttiofgivenNaOHsolutionbyacortductomctrivtitration
withtheprovidedstandard0.1.\'tNaOHsolution.
5.DctcrmincthoconcctttratiunofgivenHCIsolutionbyPotcntionictricallyusingstandard
0.5MNaOHsolutionprovided.
o.DctcrntinctheconcentrationofgivenNaOlIsolutionbyPotcutiomctricall)?using
stutttlairtl0.lMHClsolutionprovided.
7.Dctcrntinctheconcentraliotiofgiven(TllgCOOilsolutionbyPotentiometricallyusing
standard0.5M"MIDI-lsolutionprovided.
X.DeterminetheconcentrationofgivenNztOllsolutionby?Potciltiometricallyusing
standard0.1MNnOl-Isolutionprovided.
9.Estimatetheumotlnto1?Ni?:presentinthegivensolutionbybacktitrationtnetliod.You
areprovidedwithstandard.VlgSO4solution0.0ll\~landapproximately0.01MEDTA
solution.
l0.EstimatetheamountofBarium(ll)presentinthegivensolutionbyGravimctric
analysisusingdil.l~l;SO.=or(NIl,])2.q()&.
ll.EstimatetheatmountofsulphateasBaSCLxGravimetricallyinthegivm-insolutionusing
BaCl;solution.
h.)
u:
'.J\
(l.
PAMM
nit/uni?
PracticalQuestionBunk
l?indthelltiekltessofuwireusingwedgeluethotl
DeterminethewavelengthoflighttisirtgBiprisrtt
IindRzttlittsofcurvztttlre01'agiveneunvcxlensusing.\I??\~1on?sringsmethod
FindtheresolvingpowerofPrism
Finddispersivepowerofaprism
liiltdthespeci?crotationofagivensugarsolutiontlsingpiuliimeter
Determinethcvravelengthoflightusingminimumdeviationmethod
Deltrrrtinuthewavtriength01'lightusingitormalincidencemethod
Detsrlnincresolvingpowerc-f-itgiventelescope
.
l-ilttltherefractiveindexofagivenliquidusingBoysmethod
.lindiheJefructiveindextrial\~?tterusingpulfrich1'6?'2'lCl0l'lk?l6l'
i.Uett-rlnincthewavelength0t"givenl-itsertlsittgdilli-zlctiortgrating
B.ScIIYr[IVSemester]ChemistryPracticalExamination
PaperIV~Quantitativeanalysis
?
II
QuestionBank
QuestionPaperPattern:
A.QucstinnforPrinciple\Vrit'illg
B.MainExperimentQuestion
A.QuestionsforthePrincipleVl/riting:
Anyoneamongthefollowingmayhegiven:
lWritetheprincipletlfctlntluctometrictitrationofastrongacidvsstrongbase.
Z.Givetheprincipleofconductometrictitrationofaweakacidvsstrongbase.
3.Writetheprincipleofpotcntitumetrictitrationofastrongacidvsstrongbase.
4.Git-ctltcprincipleofpotentiometrictitrationoliaweakacidvsstrongbase.
5.WritetheprinciplefortheestimationofNiZaslNitDMGtg].
6.(iivetheprinciplefortheestimationofBa(II]bygravimctricanalysis.
B.QuestionsfortheMainExperiment
I.DeterminetheconcentrationofgivenHCIsolutionbyacontluctumetrictitrationwith
theprovidedstandard0.5MNAOIlsolution.
2.Determinetheconcentrationofgivent\'<'lOllsolutionbyaccnductumctrir
titrationwiththeprovidedstandard0.lN1ll(.'lsolution.
3.Determinetheconceittratitunofgiven(I1lxCOOi-lsolutionbyaconrlnctontetrictitration
withthcprovidedstandard0.5MNaOllsolution.
4.Determinethooonccntr-xititttiofgivenNaOHsolutionbyacortductomctrivtitration
withtheprovidedstandard0.1.\'tNaOHsolution.
5.DctcrmincthoconcctttratiunofgivenHCIsolutionbyPotcntionictricallyusingstandard
0.5MNaOHsolutionprovided.
o.DctcrntinctheconcentrationofgivenNaOlIsolutionbyPotcutiomctricall)?using
stutttlairtl0.lMHClsolutionprovided.
7.Dctcrntinctheconcentraliotiofgiven(TllgCOOilsolutionbyPotentiometricallyusing
standard0.5M"MIDI-lsolutionprovided.
X.DeterminetheconcentrationofgivenNztOllsolutionby?Potciltiometricallyusing
standard0.1MNnOl-Isolutionprovided.
9.Estimatetheumotlnto1?Ni?:presentinthegivensolutionbybacktitrationtnetliod.You
areprovidedwithstandard.VlgSO4solution0.0ll\~landapproximately0.01MEDTA
solution.
l0.EstimatetheamountofBarium(ll)presentinthegivensolutionbyGravimctric
analysisusingdil.l~l;SO.=or(NIl,])2.q()&.
ll.EstimatetheatmountofsulphateasBaSCLxGravimetricallyinthegivm-insolutionusing
BaCl;solution.
SchemeofEvaluationforquestionsl-8
A.PrincipleWriling:(l5Marks
B.Experiment:l5Marks(Performingexperimentand?Yabulation-06marks,
Graph-05marks,Calculation-O3marksandResult?01mark)
C.Record&Viva:[ISMarks
TOTAL:25Fviarks
SchemeofEvaluationforgiles?ons9,10
A.PrincipleWriting:05Marks
B.Experiment:1SMarks(Weighing8cStandardization-04marks.Estimation~
04marks,Calculation-()4marksandResult-Olmark)
C.Record&Viva:05Marks
TOTAL:25lVlarks
h.)
u:
'.J\
(l.
PAMM
nit/uni?
PracticalQuestionBunk
l?indthelltiekltessofuwireusingwedgeluethotl
DeterminethewavelengthoflighttisirtgBiprisrtt
IindRzttlittsofcurvztttlre01'agiveneunvcxlensusing.\I??\~1on?sringsmethod
FindtheresolvingpowerofPrism
Finddispersivepowerofaprism
liiltdthespeci?crotationofagivensugarsolutiontlsingpiuliimeter
Determinethcvravelengthoflightusingminimumdeviationmethod
Deltrrrtinuthewavtriength01'lightusingitormalincidencemethod
Detsrlnincresolvingpowerc-f-itgiventelescope
.
l-ilttltherefractiveindexofagivenliquidusingBoysmethod
.lindiheJefructiveindextrial\~?tterusingpulfrich1'6?'2'lCl0l'lk?l6l'
i.Uett-rlnincthewavelength0t"givenl-itsertlsittgdilli-zlctiortgrating
B.ScIIYr[IVSemester]ChemistryPracticalExamination
PaperIV~Quantitativeanalysis
?
II
QuestionBank
QuestionPaperPattern:
A.QucstinnforPrinciple\Vrit'illg
B.MainExperimentQuestion
A.QuestionsforthePrincipleVl/riting:
Anyoneamongthefollowingmayhegiven:
lWritetheprincipletlfctlntluctometrictitrationofastrongacidvsstrongbase.
Z.Givetheprincipleofconductometrictitrationofaweakacidvsstrongbase.
3.Writetheprincipleofpotcntitumetrictitrationofastrongacidvsstrongbase.
4.Git-ctltcprincipleofpotentiometrictitrationoliaweakacidvsstrongbase.
5.WritetheprinciplefortheestimationofNiZaslNitDMGtg].
6.(iivetheprinciplefortheestimationofBa(II]bygravimctricanalysis.
B.QuestionsfortheMainExperiment
I.DeterminetheconcentrationofgivenHCIsolutionbyacontluctumetrictitrationwith
theprovidedstandard0.5MNAOIlsolution.
2.Determinetheconcentrationofgivent\'<'lOllsolutionbyaccnductumctrir
titrationwiththeprovidedstandard0.lN1ll(.'lsolution.
3.Determinetheconceittratitunofgiven(I1lxCOOi-lsolutionbyaconrlnctontetrictitration
withthcprovidedstandard0.5MNaOllsolution.
4.Determinethooonccntr-xititttiofgivenNaOHsolutionbyacortductomctrivtitration
withtheprovidedstandard0.1.\'tNaOHsolution.
5.DctcrmincthoconcctttratiunofgivenHCIsolutionbyPotcntionictricallyusingstandard
0.5MNaOHsolutionprovided.
o.DctcrntinctheconcentrationofgivenNaOlIsolutionbyPotcutiomctricall)?using
stutttlairtl0.lMHClsolutionprovided.
7.Dctcrntinctheconcentraliotiofgiven(TllgCOOilsolutionbyPotentiometricallyusing
standard0.5M"MIDI-lsolutionprovided.
X.DeterminetheconcentrationofgivenNztOllsolutionby?Potciltiometricallyusing
standard0.1MNnOl-Isolutionprovided.
9.Estimatetheumotlnto1?Ni?:presentinthegivensolutionbybacktitrationtnetliod.You
areprovidedwithstandard.VlgSO4solution0.0ll\~landapproximately0.01MEDTA
solution.
l0.EstimatetheamountofBarium(ll)presentinthegivensolutionbyGravimctric
analysisusingdil.l~l;SO.=or(NIl,])2.q()&.
ll.EstimatetheatmountofsulphateasBaSCLxGravimetricallyinthegivm-insolutionusing
BaCl;solution.
SchemeofEvaluationforquestionsl-8
A.PrincipleWriling:(l5Marks
B.Experiment:l5Marks(Performingexperimentand?Yabulation-06marks,
Graph-05marks,Calculation-O3marksandResult?01mark)
C.Record&Viva:[ISMarks
TOTAL:25Fviarks
SchemeofEvaluationforgiles?ons9,10
A.PrincipleWriting:05Marks
B.Experiment:1SMarks(Weighing8cStandardization-04marks.Estimation~
04marks,Calculation-()4marksandResult-Olmark)
C.Record&Viva:05Marks
TOTAL:25lVlarks
lll.
IV.
5-?
B.SC(CBCS)BOTANY-[lYEAR
Semcstcr-IV-PaperIV
PlantAnatomy,EmbryologyandPalynology
i?
(A)Doublestaininglochniquu
Stem
1.Aclq-rant/m?
2.Boerhaavia
3.Bigriorxia
4.Dracaena
Root
I.Belavulgar/s
(B)Epidermalpeelo1?leaf
I.Parucytic
2.
Anisocytic
3.Anomocytic
4.Diacylii:
(C)PollenVl?lbllityTest(EvensBlue)
1.Hibiscus
(D)Embryology
l.'I'S0f'Anthci*
2.
Microsporangia
3.?Mcgasporangia
4.Embryo(l)icol.-?i?10n0C0t)
S.Typesofovules
aOrthotropus
b.Analmpus,
c.(Izimpylotropus
d.(?ircinotropus
c.Hemi-anatmpus
f.Amphitropus
(E)Palynology
l.Hibiscus
2.Acacia
3.
Grass
4.(Jcimun!~
(F)Anatomy(Woodstructure)
I.'l?cak(Teclonagrandis)
Rosewood(Dalbery-gialatqfblia)
Rodsanders(Pterocarpu-s?San/Minus)
Nallamadili(Ykmninaliatomertlosr/)
Nccm(Azadir?chrainr/iizu)P?PI?5*?
h.)
u:
'.J\
(l.
PAMM
nit/uni?
PracticalQuestionBunk
l?indthelltiekltessofuwireusingwedgeluethotl
DeterminethewavelengthoflighttisirtgBiprisrtt
IindRzttlittsofcurvztttlre01'agiveneunvcxlensusing.\I??\~1on?sringsmethod
FindtheresolvingpowerofPrism
Finddispersivepowerofaprism
liiltdthespeci?crotationofagivensugarsolutiontlsingpiuliimeter
Determinethcvravelengthoflightusingminimumdeviationmethod
Deltrrrtinuthewavtriength01'lightusingitormalincidencemethod
Detsrlnincresolvingpowerc-f-itgiventelescope
.
l-ilttltherefractiveindexofagivenliquidusingBoysmethod
.lindiheJefructiveindextrial\~?tterusingpulfrich1'6?'2'lCl0l'lk?l6l'
i.Uett-rlnincthewavelength0t"givenl-itsertlsittgdilli-zlctiortgrating
B.ScIIYr[IVSemester]ChemistryPracticalExamination
PaperIV~Quantitativeanalysis
?
II
QuestionBank
QuestionPaperPattern:
A.QucstinnforPrinciple\Vrit'illg
B.MainExperimentQuestion
A.QuestionsforthePrincipleVl/riting:
Anyoneamongthefollowingmayhegiven:
lWritetheprincipletlfctlntluctometrictitrationofastrongacidvsstrongbase.
Z.Givetheprincipleofconductometrictitrationofaweakacidvsstrongbase.
3.Writetheprincipleofpotcntitumetrictitrationofastrongacidvsstrongbase.
4.Git-ctltcprincipleofpotentiometrictitrationoliaweakacidvsstrongbase.
5.WritetheprinciplefortheestimationofNiZaslNitDMGtg].
6.(iivetheprinciplefortheestimationofBa(II]bygravimctricanalysis.
B.QuestionsfortheMainExperiment
I.DeterminetheconcentrationofgivenHCIsolutionbyacontluctumetrictitrationwith
theprovidedstandard0.5MNAOIlsolution.
2.Determinetheconcentrationofgivent\'<'lOllsolutionbyaccnductumctrir
titrationwiththeprovidedstandard0.lN1ll(.'lsolution.
3.Determinetheconceittratitunofgiven(I1lxCOOi-lsolutionbyaconrlnctontetrictitration
withthcprovidedstandard0.5MNaOllsolution.
4.Determinethooonccntr-xititttiofgivenNaOHsolutionbyacortductomctrivtitration
withtheprovidedstandard0.1.\'tNaOHsolution.
5.DctcrmincthoconcctttratiunofgivenHCIsolutionbyPotcntionictricallyusingstandard
0.5MNaOHsolutionprovided.
o.DctcrntinctheconcentrationofgivenNaOlIsolutionbyPotcutiomctricall)?using
stutttlairtl0.lMHClsolutionprovided.
7.Dctcrntinctheconcentraliotiofgiven(TllgCOOilsolutionbyPotentiometricallyusing
standard0.5M"MIDI-lsolutionprovided.
X.DeterminetheconcentrationofgivenNztOllsolutionby?Potciltiometricallyusing
standard0.1MNnOl-Isolutionprovided.
9.Estimatetheumotlnto1?Ni?:presentinthegivensolutionbybacktitrationtnetliod.You
areprovidedwithstandard.VlgSO4solution0.0ll\~landapproximately0.01MEDTA
solution.
l0.EstimatetheamountofBarium(ll)presentinthegivensolutionbyGravimctric
analysisusingdil.l~l;SO.=or(NIl,])2.q()&.
ll.EstimatetheatmountofsulphateasBaSCLxGravimetricallyinthegivm-insolutionusing
BaCl;solution.
SchemeofEvaluationforquestionsl-8
A.PrincipleWriling:(l5Marks
B.Experiment:l5Marks(Performingexperimentand?Yabulation-06marks,
Graph-05marks,Calculation-O3marksandResult?01mark)
C.Record&Viva:[ISMarks
TOTAL:25Fviarks
SchemeofEvaluationforgiles?ons9,10
A.PrincipleWriting:05Marks
B.Experiment:1SMarks(Weighing8cStandardization-04marks.Estimation~
04marks,Calculation-()4marksandResult-Olmark)
C.Record&Viva:05Marks
TOTAL:25lVlarks
lll.
IV.
5-?
B.SC(CBCS)BOTANY-[lYEAR
Semcstcr-IV-PaperIV
PlantAnatomy,EmbryologyandPalynology
i?
(A)Doublestaininglochniquu
Stem
1.Aclq-rant/m?
2.Boerhaavia
3.Bigriorxia
4.Dracaena
Root
I.Belavulgar/s
(B)Epidermalpeelo1?leaf
I.Parucytic
2.
Anisocytic
3.Anomocytic
4.Diacylii:
(C)PollenVl?lbllityTest(EvensBlue)
1.Hibiscus
(D)Embryology
l.'I'S0f'Anthci*
2.
Microsporangia
3.?Mcgasporangia
4.Embryo(l)icol.-?i?10n0C0t)
S.Typesofovules
aOrthotropus
b.Analmpus,
c.(Izimpylotropus
d.(?ircinotropus
c.Hemi-anatmpus
f.Amphitropus
(E)Palynology
l.Hibiscus
2.Acacia
3.
Grass
4.(Jcimun!~
(F)Anatomy(Woodstructure)
I.'l?cak(Teclonagrandis)
Rosewood(Dalbery-gialatqfblia)
Rodsanders(Pterocarpu-s?San/Minus)
Nallamadili(Ykmninaliatomertlosr/)
Nccm(Azadir?chrainr/iizu)P?PI?5*?
B.Sc.llYear
ZoologyPracticalSyllabusforIVSemester
CorePaper-IV
CellBiology,GeneticsandEvolution
QUESTIONBANK
WITHEFFECTFROM2017
Time:ZHIs.Max.Marks:25
l.Identify,Labelthediagramandwritesalientfeaturesofspots(04Spots][2x4
=8marks]
(Identi?cation1mark.Diagramandwriteup1mark)
Museumspecimens.slideslpiotures
Pcripatus
Coelacanthfish
Lepidosiren
Neoceratodus
Protopterus
Sphencdon
Archeopteriyx
Prophaseofmitosis/meiosis
Mataphaseofmitosis!me?osis
10.Anaphasecfmitosis/meiosis
l1.Tetophaseofmitosis/meiosis
12.Lampbrushchromosome
13.Polytencchromosome
$?.??.*?F>9>f-?.'?.-'
Qll.{4marks]
14.Squashpreparationofonionroottipsandidentficationofmitoticstages
15.Preparationandidentificationofdifferentstagesofmeiossi~1Grasshcppustestes.
Qlll.ProblemsonGenetics-Mendelianinheritance,LinkageandCrossingOverandSexLinked
Inheritance[3marks]
16.Ifaplanthomozygousfortalliscrossedwithone.|10?107yQOUSfordwarf.whatwzllbethe
appe?fa?wOftheF1;oitheF2;oftheoffspringofacrossofF.withitstallparent:withizsdwarf
pare?l?
1?.LettheallelefortallberepresentedbyTandtheallelefordwarfnessbyt.whatwillbethe
gametesproducedby2hr:parentsardthohoigr-tofrhoz?springrialordwarf)fromeachofthe
followingcrosses:Tfx!t,TTxTf;TfxTt?
18.Acertainpolledbut!isbredtothreecows.WithcowA,whichishornerlapollencalfisproduced;
withcowB,alsohorned,a~hornedcalfisproduced;withcowC.whichispolled.ahornedcalfis
produced.Wwatarethegenotypesofthefourparents.andwhatfurtheroffspring.inproportions
wouldyouexpectfromthesematings?Incattle.thepotledorhornlesseorditionPisdominant
overthehorned.p.
19.Assumethatawid-typefemaleDrosopirila.BBSS.withnormalgraybodyandred-colouredeyes
ismatedvzitnamutant-typemalehhss,v/itrulackhndycolctrandsepia-colouredeyesBy
followingthegeneraldirections,determinetheF~.genotypeAfter"hatingF?xF.whatclassesof
fliesmaybeexpeulediritheF;generation??
20.WhichineachofthefollowingascosporeanargententsinNeurospora.indicatefirst-division
segregationorsecond-divisionsegregation?
++cc
O+++
'5????++QQ++OQ
CC++
f2CCC
?l??tC'C
h.)
u:
'.J\
(l.
PAMM
nit/uni?
PracticalQuestionBunk
l?indthelltiekltessofuwireusingwedgeluethotl
DeterminethewavelengthoflighttisirtgBiprisrtt
IindRzttlittsofcurvztttlre01'agiveneunvcxlensusing.\I??\~1on?sringsmethod
FindtheresolvingpowerofPrism
Finddispersivepowerofaprism
liiltdthespeci?crotationofagivensugarsolutiontlsingpiuliimeter
Determinethcvravelengthoflightusingminimumdeviationmethod
Deltrrrtinuthewavtriength01'lightusingitormalincidencemethod
Detsrlnincresolvingpowerc-f-itgiventelescope
.
l-ilttltherefractiveindexofagivenliquidusingBoysmethod
.lindiheJefructiveindextrial\~?tterusingpulfrich1'6?'2'lCl0l'lk?l6l'
i.Uett-rlnincthewavelength0t"givenl-itsertlsittgdilli-zlctiortgrating
B.ScIIYr[IVSemester]ChemistryPracticalExamination
PaperIV~Quantitativeanalysis
?
II
QuestionBank
QuestionPaperPattern:
A.QucstinnforPrinciple\Vrit'illg
B.MainExperimentQuestion
A.QuestionsforthePrincipleVl/riting:
Anyoneamongthefollowingmayhegiven:
lWritetheprincipletlfctlntluctometrictitrationofastrongacidvsstrongbase.
Z.Givetheprincipleofconductometrictitrationofaweakacidvsstrongbase.
3.Writetheprincipleofpotcntitumetrictitrationofastrongacidvsstrongbase.
4.Git-ctltcprincipleofpotentiometrictitrationoliaweakacidvsstrongbase.
5.WritetheprinciplefortheestimationofNiZaslNitDMGtg].
6.(iivetheprinciplefortheestimationofBa(II]bygravimctricanalysis.
B.QuestionsfortheMainExperiment
I.DeterminetheconcentrationofgivenHCIsolutionbyacontluctumetrictitrationwith
theprovidedstandard0.5MNAOIlsolution.
2.Determinetheconcentrationofgivent\'<'lOllsolutionbyaccnductumctrir
titrationwiththeprovidedstandard0.lN1ll(.'lsolution.
3.Determinetheconceittratitunofgiven(I1lxCOOi-lsolutionbyaconrlnctontetrictitration
withthcprovidedstandard0.5MNaOllsolution.
4.Determinethooonccntr-xititttiofgivenNaOHsolutionbyacortductomctrivtitration
withtheprovidedstandard0.1.\'tNaOHsolution.
5.DctcrmincthoconcctttratiunofgivenHCIsolutionbyPotcntionictricallyusingstandard
0.5MNaOHsolutionprovided.
o.DctcrntinctheconcentrationofgivenNaOlIsolutionbyPotcutiomctricall)?using
stutttlairtl0.lMHClsolutionprovided.
7.Dctcrntinctheconcentraliotiofgiven(TllgCOOilsolutionbyPotentiometricallyusing
standard0.5M"MIDI-lsolutionprovided.
X.DeterminetheconcentrationofgivenNztOllsolutionby?Potciltiometricallyusing
standard0.1MNnOl-Isolutionprovided.
9.Estimatetheumotlnto1?Ni?:presentinthegivensolutionbybacktitrationtnetliod.You
areprovidedwithstandard.VlgSO4solution0.0ll\~landapproximately0.01MEDTA
solution.
l0.EstimatetheamountofBarium(ll)presentinthegivensolutionbyGravimctric
analysisusingdil.l~l;SO.=or(NIl,])2.q()&.
ll.EstimatetheatmountofsulphateasBaSCLxGravimetricallyinthegivm-insolutionusing
BaCl;solution.
SchemeofEvaluationforquestionsl-8
A.PrincipleWriling:(l5Marks
B.Experiment:l5Marks(Performingexperimentand?Yabulation-06marks,
Graph-05marks,Calculation-O3marksandResult?01mark)
C.Record&Viva:[ISMarks
TOTAL:25Fviarks
SchemeofEvaluationforgiles?ons9,10
A.PrincipleWriting:05Marks
B.Experiment:1SMarks(Weighing8cStandardization-04marks.Estimation~
04marks,Calculation-()4marksandResult-Olmark)
C.Record&Viva:05Marks
TOTAL:25lVlarks
lll.
IV.
5-?
B.SC(CBCS)BOTANY-[lYEAR
Semcstcr-IV-PaperIV
PlantAnatomy,EmbryologyandPalynology
i?
(A)Doublestaininglochniquu
Stem
1.Aclq-rant/m?
2.Boerhaavia
3.Bigriorxia
4.Dracaena
Root
I.Belavulgar/s
(B)Epidermalpeelo1?leaf
I.Parucytic
2.
Anisocytic
3.Anomocytic
4.Diacylii:
(C)PollenVl?lbllityTest(EvensBlue)
1.Hibiscus
(D)Embryology
l.'I'S0f'Anthci*
2.
Microsporangia
3.?Mcgasporangia
4.Embryo(l)icol.-?i?10n0C0t)
S.Typesofovules
aOrthotropus
b.Analmpus,
c.(Izimpylotropus
d.(?ircinotropus
c.Hemi-anatmpus
f.Amphitropus
(E)Palynology
l.Hibiscus
2.Acacia
3.
Grass
4.(Jcimun!~
(F)Anatomy(Woodstructure)
I.'l?cak(Teclonagrandis)
Rosewood(Dalbery-gialatqfblia)
Rodsanders(Pterocarpu-s?San/Minus)
Nallamadili(Ykmninaliatomertlosr/)
Nccm(Azadir?chrainr/iizu)P?PI?5*?
B.Sc.llYear
ZoologyPracticalSyllabusforIVSemester
CorePaper-IV
CellBiology,GeneticsandEvolution
QUESTIONBANK
WITHEFFECTFROM2017
Time:ZHIs.Max.Marks:25
l.Identify,Labelthediagramandwritesalientfeaturesofspots(04Spots][2x4
=8marks]
(Identi?cation1mark.Diagramandwriteup1mark)
Museumspecimens.slideslpiotures
Pcripatus
Coelacanthfish
Lepidosiren
Neoceratodus
Protopterus
Sphencdon
Archeopteriyx
Prophaseofmitosis/meiosis
Mataphaseofmitosis!me?osis
10.Anaphasecfmitosis/meiosis
l1.Tetophaseofmitosis/meiosis
12.Lampbrushchromosome
13.Polytencchromosome
$?.??.*?F>9>f-?.'?.-'
Qll.{4marks]
14.Squashpreparationofonionroottipsandidentficationofmitoticstages
15.Preparationandidentificationofdifferentstagesofmeiossi~1Grasshcppustestes.
Qlll.ProblemsonGenetics-Mendelianinheritance,LinkageandCrossingOverandSexLinked
Inheritance[3marks]
16.Ifaplanthomozygousfortalliscrossedwithone.|10?107yQOUSfordwarf.whatwzllbethe
appe?fa?wOftheF1;oitheF2;oftheoffspringofacrossofF.withitstallparent:withizsdwarf
pare?l?
1?.LettheallelefortallberepresentedbyTandtheallelefordwarfnessbyt.whatwillbethe
gametesproducedby2hr:parentsardthohoigr-tofrhoz?springrialordwarf)fromeachofthe
followingcrosses:Tfx!t,TTxTf;TfxTt?
18.Acertainpolledbut!isbredtothreecows.WithcowA,whichishornerlapollencalfisproduced;
withcowB,alsohorned,a~hornedcalfisproduced;withcowC.whichispolled.ahornedcalfis
produced.Wwatarethegenotypesofthefourparents.andwhatfurtheroffspring.inproportions
wouldyouexpectfromthesematings?Incattle.thepotledorhornlesseorditionPisdominant
overthehorned.p.
19.Assumethatawid-typefemaleDrosopirila.BBSS.withnormalgraybodyandred-colouredeyes
ismatedvzitnamutant-typemalehhss,v/itrulackhndycolctrandsepia-colouredeyesBy
followingthegeneraldirections,determinetheF~.genotypeAfter"hatingF?xF.whatclassesof
fliesmaybeexpeulediritheF;generation??
20.WhichineachofthefollowingascosporeanargententsinNeurospora.indicatefirst-division
segregationorsecond-divisionsegregation?
++cc
O+++
'5????++QQ++OQ
CC++
f2CCC
?l??tC'C
21.SupposethatInaNeurosporacrossgenesxandyaresegregating.llthefcllowngspore
arrangementswerefound.Whatwouldyouconcludeastothelocationof>randy?
4Q+4?
xyxy57
xyxy++++I50
22Fromthedatabelowcalculatethecrossovervaluebetweenblackandgrey:
l.Blackstraightxgreyare
F1xbfackare0Sgives:
Greystraight2B1
Greyare335
Blackstraight335
Blackare239
llBlackarexwi.dtype
F1xhlackare00gves:
GreystraightL641
Greyare1.254
Blackstraight1.180
Blackare1.532
23.Awomanwhosefatherwashaemophilic.butwho-snotherselfableecler.marriesanormalman
Whatisthechanceofhaemophiliairtheirchildren?
24.lfparentswithnormalvisionproducenormalandcolour-blindsonswhatproportionofthe
daughterswillbeheterozygoustorcolour-blindness?
25.Agirlofnormalvisionwhosefatherwascolour-blindmarriesamanofnormalvisior-whosefather
wasalsocolour-blind.Whattypeofvisioncanbeexpectedintheiroffspring?
QIV.Problemsfromevolution[3marks]
26.SupposeaSouthSeaInlandpopulationstartedwith10%blue-eyedand90%homozygous
orovrn-eyeupeople.Underthe.rtardy-Weinbergrulewnalw:.'lbeatequilibriumthepercentagesof
noterozygcles?0feachtypeofhomozygote?
27.Supposeapopulationhas100%ofpeoplewithblondgrouptypeA8.Whatwillbetheblood
groupsituationatequilibrium,assumingtheHardy-Weinberglawobtains?
28.UndertheHardy-Weinberglaw.whatisthefrequencyofgene?F??fitsonlyallele?p?is
homozygousin49%ofthepopulation?
0V.CertifiedpracticalRecord[3marks]
QVI.Album[GeneticsandEvolution?Photographs:OutOutswithAppropriateWriteUp]
[2marks]
Lampbrushandpolytenechromosomes
Studyofhomologyandanalogyfromsuitablespecimensandpictures.
'MacroevolutionusingDarwinfinches(Pictures)
Qvll.Viva-Voco[2marks]
h.)
u:
'.J\
(l.
PAMM
nit/uni?
PracticalQuestionBunk
l?indthelltiekltessofuwireusingwedgeluethotl
DeterminethewavelengthoflighttisirtgBiprisrtt
IindRzttlittsofcurvztttlre01'agiveneunvcxlensusing.\I??\~1on?sringsmethod
FindtheresolvingpowerofPrism
Finddispersivepowerofaprism
liiltdthespeci?crotationofagivensugarsolutiontlsingpiuliimeter
Determinethcvravelengthoflightusingminimumdeviationmethod
Deltrrrtinuthewavtriength01'lightusingitormalincidencemethod
Detsrlnincresolvingpowerc-f-itgiventelescope
.
l-ilttltherefractiveindexofagivenliquidusingBoysmethod
.lindiheJefructiveindextrial\~?tterusingpulfrich1'6?'2'lCl0l'lk?l6l'
i.Uett-rlnincthewavelength0t"givenl-itsertlsittgdilli-zlctiortgrating
B.ScIIYr[IVSemester]ChemistryPracticalExamination
PaperIV~Quantitativeanalysis
?
II
QuestionBank
QuestionPaperPattern:
A.QucstinnforPrinciple\Vrit'illg
B.MainExperimentQuestion
A.QuestionsforthePrincipleVl/riting:
Anyoneamongthefollowingmayhegiven:
lWritetheprincipletlfctlntluctometrictitrationofastrongacidvsstrongbase.
Z.Givetheprincipleofconductometrictitrationofaweakacidvsstrongbase.
3.Writetheprincipleofpotcntitumetrictitrationofastrongacidvsstrongbase.
4.Git-ctltcprincipleofpotentiometrictitrationoliaweakacidvsstrongbase.
5.WritetheprinciplefortheestimationofNiZaslNitDMGtg].
6.(iivetheprinciplefortheestimationofBa(II]bygravimctricanalysis.
B.QuestionsfortheMainExperiment
I.DeterminetheconcentrationofgivenHCIsolutionbyacontluctumetrictitrationwith
theprovidedstandard0.5MNAOIlsolution.
2.Determinetheconcentrationofgivent\'<'lOllsolutionbyaccnductumctrir
titrationwiththeprovidedstandard0.lN1ll(.'lsolution.
3.Determinetheconceittratitunofgiven(I1lxCOOi-lsolutionbyaconrlnctontetrictitration
withthcprovidedstandard0.5MNaOllsolution.
4.Determinethooonccntr-xititttiofgivenNaOHsolutionbyacortductomctrivtitration
withtheprovidedstandard0.1.\'tNaOHsolution.
5.DctcrmincthoconcctttratiunofgivenHCIsolutionbyPotcntionictricallyusingstandard
0.5MNaOHsolutionprovided.
o.DctcrntinctheconcentrationofgivenNaOlIsolutionbyPotcutiomctricall)?using
stutttlairtl0.lMHClsolutionprovided.
7.Dctcrntinctheconcentraliotiofgiven(TllgCOOilsolutionbyPotentiometricallyusing
standard0.5M"MIDI-lsolutionprovided.
X.DeterminetheconcentrationofgivenNztOllsolutionby?Potciltiometricallyusing
standard0.1MNnOl-Isolutionprovided.
9.Estimatetheumotlnto1?Ni?:presentinthegivensolutionbybacktitrationtnetliod.You
areprovidedwithstandard.VlgSO4solution0.0ll\~landapproximately0.01MEDTA
solution.
l0.EstimatetheamountofBarium(ll)presentinthegivensolutionbyGravimctric
analysisusingdil.l~l;SO.=or(NIl,])2.q()&.
ll.EstimatetheatmountofsulphateasBaSCLxGravimetricallyinthegivm-insolutionusing
BaCl;solution.
SchemeofEvaluationforquestionsl-8
A.PrincipleWriling:(l5Marks
B.Experiment:l5Marks(Performingexperimentand?Yabulation-06marks,
Graph-05marks,Calculation-O3marksandResult?01mark)
C.Record&Viva:[ISMarks
TOTAL:25Fviarks
SchemeofEvaluationforgiles?ons9,10
A.PrincipleWriting:05Marks
B.Experiment:1SMarks(Weighing8cStandardization-04marks.Estimation~
04marks,Calculation-()4marksandResult-Olmark)
C.Record&Viva:05Marks
TOTAL:25lVlarks
lll.
IV.
5-?
B.SC(CBCS)BOTANY-[lYEAR
Semcstcr-IV-PaperIV
PlantAnatomy,EmbryologyandPalynology
i?
(A)Doublestaininglochniquu
Stem
1.Aclq-rant/m?
2.Boerhaavia
3.Bigriorxia
4.Dracaena
Root
I.Belavulgar/s
(B)Epidermalpeelo1?leaf
I.Parucytic
2.
Anisocytic
3.Anomocytic
4.Diacylii:
(C)PollenVl?lbllityTest(EvensBlue)
1.Hibiscus
(D)Embryology
l.'I'S0f'Anthci*
2.
Microsporangia
3.?Mcgasporangia
4.Embryo(l)icol.-?i?10n0C0t)
S.Typesofovules
aOrthotropus
b.Analmpus,
c.(Izimpylotropus
d.(?ircinotropus
c.Hemi-anatmpus
f.Amphitropus
(E)Palynology
l.Hibiscus
2.Acacia
3.
Grass
4.(Jcimun!~
(F)Anatomy(Woodstructure)
I.'l?cak(Teclonagrandis)
Rosewood(Dalbery-gialatqfblia)
Rodsanders(Pterocarpu-s?San/Minus)
Nallamadili(Ykmninaliatomertlosr/)
Nccm(Azadir?chrainr/iizu)P?PI?5*?
B.Sc.llYear
ZoologyPracticalSyllabusforIVSemester
CorePaper-IV
CellBiology,GeneticsandEvolution
QUESTIONBANK
WITHEFFECTFROM2017
Time:ZHIs.Max.Marks:25
l.Identify,Labelthediagramandwritesalientfeaturesofspots(04Spots][2x4
=8marks]
(Identi?cation1mark.Diagramandwriteup1mark)
Museumspecimens.slideslpiotures
Pcripatus
Coelacanthfish
Lepidosiren
Neoceratodus
Protopterus
Sphencdon
Archeopteriyx
Prophaseofmitosis/meiosis
Mataphaseofmitosis!me?osis
10.Anaphasecfmitosis/meiosis
l1.Tetophaseofmitosis/meiosis
12.Lampbrushchromosome
13.Polytencchromosome
$?.??.*?F>9>f-?.'?.-'
Qll.{4marks]
14.Squashpreparationofonionroottipsandidentficationofmitoticstages
15.Preparationandidentificationofdifferentstagesofmeiossi~1Grasshcppustestes.
Qlll.ProblemsonGenetics-Mendelianinheritance,LinkageandCrossingOverandSexLinked
Inheritance[3marks]
16.Ifaplanthomozygousfortalliscrossedwithone.|10?107yQOUSfordwarf.whatwzllbethe
appe?fa?wOftheF1;oitheF2;oftheoffspringofacrossofF.withitstallparent:withizsdwarf
pare?l?
1?.LettheallelefortallberepresentedbyTandtheallelefordwarfnessbyt.whatwillbethe
gametesproducedby2hr:parentsardthohoigr-tofrhoz?springrialordwarf)fromeachofthe
followingcrosses:Tfx!t,TTxTf;TfxTt?
18.Acertainpolledbut!isbredtothreecows.WithcowA,whichishornerlapollencalfisproduced;
withcowB,alsohorned,a~hornedcalfisproduced;withcowC.whichispolled.ahornedcalfis
produced.Wwatarethegenotypesofthefourparents.andwhatfurtheroffspring.inproportions
wouldyouexpectfromthesematings?Incattle.thepotledorhornlesseorditionPisdominant
overthehorned.p.
19.Assumethatawid-typefemaleDrosopirila.BBSS.withnormalgraybodyandred-colouredeyes
ismatedvzitnamutant-typemalehhss,v/itrulackhndycolctrandsepia-colouredeyesBy
followingthegeneraldirections,determinetheF~.genotypeAfter"hatingF?xF.whatclassesof
fliesmaybeexpeulediritheF;generation??
20.WhichineachofthefollowingascosporeanargententsinNeurospora.indicatefirst-division
segregationorsecond-divisionsegregation?
++cc
O+++
'5????++QQ++OQ
CC++
f2CCC
?l??tC'C
21.SupposethatInaNeurosporacrossgenesxandyaresegregating.llthefcllowngspore
arrangementswerefound.Whatwouldyouconcludeastothelocationof>randy?
4Q+4?
xyxy57
xyxy++++I50
22Fromthedatabelowcalculatethecrossovervaluebetweenblackandgrey:
l.Blackstraightxgreyare
F1xbfackare0Sgives:
Greystraight2B1
Greyare335
Blackstraight335
Blackare239
llBlackarexwi.dtype
F1xhlackare00gves:
GreystraightL641
Greyare1.254
Blackstraight1.180
Blackare1.532
23.Awomanwhosefatherwashaemophilic.butwho-snotherselfableecler.marriesanormalman
Whatisthechanceofhaemophiliairtheirchildren?
24.lfparentswithnormalvisionproducenormalandcolour-blindsonswhatproportionofthe
daughterswillbeheterozygoustorcolour-blindness?
25.Agirlofnormalvisionwhosefatherwascolour-blindmarriesamanofnormalvisior-whosefather
wasalsocolour-blind.Whattypeofvisioncanbeexpectedintheiroffspring?
QIV.Problemsfromevolution[3marks]
26.SupposeaSouthSeaInlandpopulationstartedwith10%blue-eyedand90%homozygous
orovrn-eyeupeople.Underthe.rtardy-Weinbergrulewnalw:.'lbeatequilibriumthepercentagesof
noterozygcles?0feachtypeofhomozygote?
27.Supposeapopulationhas100%ofpeoplewithblondgrouptypeA8.Whatwillbetheblood
groupsituationatequilibrium,assumingtheHardy-Weinberglawobtains?
28.UndertheHardy-Weinberglaw.whatisthefrequencyofgene?F??fitsonlyallele?p?is
homozygousin49%ofthepopulation?
0V.CertifiedpracticalRecord[3marks]
QVI.Album[GeneticsandEvolution?Photographs:OutOutswithAppropriateWriteUp]
[2marks]
Lampbrushandpolytenechromosomes
Studyofhomologyandanalogyfromsuitablespecimensandpictures.
'MacroevolutionusingDarwinfinches(Pictures)
Qvll.Viva-Voco[2marks]
B.Sc.llYozr
B.Sc.PRACTICALMODELPAPERFORIVSEMESTER
ZOOLOGY-COREPAPER-IV
CellBioIOQYiGonetiandEvolution
Time:2Hrs.Max.Marks:25
1.identification,labeleddiagramendsalientIeaturesofspots:
(O4spots)
2.?rcporcandluentifyMitoticdivisionswithonionrootlips:
3.OneProblemfromGenetics
4OneProblemlromEvolution
5.Certi?edpracticalrecord
6.Album
7.Vivavoce
h.)
u:
'.J\
(l.
PAMM
nit/uni?
PracticalQuestionBunk
l?indthelltiekltessofuwireusingwedgeluethotl
DeterminethewavelengthoflighttisirtgBiprisrtt
IindRzttlittsofcurvztttlre01'agiveneunvcxlensusing.\I??\~1on?sringsmethod
FindtheresolvingpowerofPrism
Finddispersivepowerofaprism
liiltdthespeci?crotationofagivensugarsolutiontlsingpiuliimeter
Determinethcvravelengthoflightusingminimumdeviationmethod
Deltrrrtinuthewavtriength01'lightusingitormalincidencemethod
Detsrlnincresolvingpowerc-f-itgiventelescope
.
l-ilttltherefractiveindexofagivenliquidusingBoysmethod
.lindiheJefructiveindextrial\~?tterusingpulfrich1'6?'2'lCl0l'lk?l6l'
i.Uett-rlnincthewavelength0t"givenl-itsertlsittgdilli-zlctiortgrating
B.ScIIYr[IVSemester]ChemistryPracticalExamination
PaperIV~Quantitativeanalysis
?
II
QuestionBank
QuestionPaperPattern:
A.QucstinnforPrinciple\Vrit'illg
B.MainExperimentQuestion
A.QuestionsforthePrincipleVl/riting:
Anyoneamongthefollowingmayhegiven:
lWritetheprincipletlfctlntluctometrictitrationofastrongacidvsstrongbase.
Z.Givetheprincipleofconductometrictitrationofaweakacidvsstrongbase.
3.Writetheprincipleofpotcntitumetrictitrationofastrongacidvsstrongbase.
4.Git-ctltcprincipleofpotentiometrictitrationoliaweakacidvsstrongbase.
5.WritetheprinciplefortheestimationofNiZaslNitDMGtg].
6.(iivetheprinciplefortheestimationofBa(II]bygravimctricanalysis.
B.QuestionsfortheMainExperiment
I.DeterminetheconcentrationofgivenHCIsolutionbyacontluctumetrictitrationwith
theprovidedstandard0.5MNAOIlsolution.
2.Determinetheconcentrationofgivent\'<'lOllsolutionbyaccnductumctrir
titrationwiththeprovidedstandard0.lN1ll(.'lsolution.
3.Determinetheconceittratitunofgiven(I1lxCOOi-lsolutionbyaconrlnctontetrictitration
withthcprovidedstandard0.5MNaOllsolution.
4.Determinethooonccntr-xititttiofgivenNaOHsolutionbyacortductomctrivtitration
withtheprovidedstandard0.1.\'tNaOHsolution.
5.DctcrmincthoconcctttratiunofgivenHCIsolutionbyPotcntionictricallyusingstandard
0.5MNaOHsolutionprovided.
o.DctcrntinctheconcentrationofgivenNaOlIsolutionbyPotcutiomctricall)?using
stutttlairtl0.lMHClsolutionprovided.
7.Dctcrntinctheconcentraliotiofgiven(TllgCOOilsolutionbyPotentiometricallyusing
standard0.5M"MIDI-lsolutionprovided.
X.DeterminetheconcentrationofgivenNztOllsolutionby?Potciltiometricallyusing
standard0.1MNnOl-Isolutionprovided.
9.Estimatetheumotlnto1?Ni?:presentinthegivensolutionbybacktitrationtnetliod.You
areprovidedwithstandard.VlgSO4solution0.0ll\~landapproximately0.01MEDTA
solution.
l0.EstimatetheamountofBarium(ll)presentinthegivensolutionbyGravimctric
analysisusingdil.l~l;SO.=or(NIl,])2.q()&.
ll.EstimatetheatmountofsulphateasBaSCLxGravimetricallyinthegivm-insolutionusing
BaCl;solution.
SchemeofEvaluationforquestionsl-8
A.PrincipleWriling:(l5Marks
B.Experiment:l5Marks(Performingexperimentand?Yabulation-06marks,
Graph-05marks,Calculation-O3marksandResult?01mark)
C.Record&Viva:[ISMarks
TOTAL:25Fviarks
SchemeofEvaluationforgiles?ons9,10
A.PrincipleWriting:05Marks
B.Experiment:1SMarks(Weighing8cStandardization-04marks.Estimation~
04marks,Calculation-()4marksandResult-Olmark)
C.Record&Viva:05Marks
TOTAL:25lVlarks
lll.
IV.
5-?
B.SC(CBCS)BOTANY-[lYEAR
Semcstcr-IV-PaperIV
PlantAnatomy,EmbryologyandPalynology
i?
(A)Doublestaininglochniquu
Stem
1.Aclq-rant/m?
2.Boerhaavia
3.Bigriorxia
4.Dracaena
Root
I.Belavulgar/s
(B)Epidermalpeelo1?leaf
I.Parucytic
2.
Anisocytic
3.Anomocytic
4.Diacylii:
(C)PollenVl?lbllityTest(EvensBlue)
1.Hibiscus
(D)Embryology
l.'I'S0f'Anthci*
2.
Microsporangia
3.?Mcgasporangia
4.Embryo(l)icol.-?i?10n0C0t)
S.Typesofovules
aOrthotropus
b.Analmpus,
c.(Izimpylotropus
d.(?ircinotropus
c.Hemi-anatmpus
f.Amphitropus
(E)Palynology
l.Hibiscus
2.Acacia
3.
Grass
4.(Jcimun!~
(F)Anatomy(Woodstructure)
I.'l?cak(Teclonagrandis)
Rosewood(Dalbery-gialatqfblia)
Rodsanders(Pterocarpu-s?San/Minus)
Nallamadili(Ykmninaliatomertlosr/)
Nccm(Azadir?chrainr/iizu)P?PI?5*?
B.Sc.llYear
ZoologyPracticalSyllabusforIVSemester
CorePaper-IV
CellBiology,GeneticsandEvolution
QUESTIONBANK
WITHEFFECTFROM2017
Time:ZHIs.Max.Marks:25
l.Identify,Labelthediagramandwritesalientfeaturesofspots(04Spots][2x4
=8marks]
(Identi?cation1mark.Diagramandwriteup1mark)
Museumspecimens.slideslpiotures
Pcripatus
Coelacanthfish
Lepidosiren
Neoceratodus
Protopterus
Sphencdon
Archeopteriyx
Prophaseofmitosis/meiosis
Mataphaseofmitosis!me?osis
10.Anaphasecfmitosis/meiosis
l1.Tetophaseofmitosis/meiosis
12.Lampbrushchromosome
13.Polytencchromosome
$?.??.*?F>9>f-?.'?.-'
Qll.{4marks]
14.Squashpreparationofonionroottipsandidentficationofmitoticstages
15.Preparationandidentificationofdifferentstagesofmeiossi~1Grasshcppustestes.
Qlll.ProblemsonGenetics-Mendelianinheritance,LinkageandCrossingOverandSexLinked
Inheritance[3marks]
16.Ifaplanthomozygousfortalliscrossedwithone.|10?107yQOUSfordwarf.whatwzllbethe
appe?fa?wOftheF1;oitheF2;oftheoffspringofacrossofF.withitstallparent:withizsdwarf
pare?l?
1?.LettheallelefortallberepresentedbyTandtheallelefordwarfnessbyt.whatwillbethe
gametesproducedby2hr:parentsardthohoigr-tofrhoz?springrialordwarf)fromeachofthe
followingcrosses:Tfx!t,TTxTf;TfxTt?
18.Acertainpolledbut!isbredtothreecows.WithcowA,whichishornerlapollencalfisproduced;
withcowB,alsohorned,a~hornedcalfisproduced;withcowC.whichispolled.ahornedcalfis
produced.Wwatarethegenotypesofthefourparents.andwhatfurtheroffspring.inproportions
wouldyouexpectfromthesematings?Incattle.thepotledorhornlesseorditionPisdominant
overthehorned.p.
19.Assumethatawid-typefemaleDrosopirila.BBSS.withnormalgraybodyandred-colouredeyes
ismatedvzitnamutant-typemalehhss,v/itrulackhndycolctrandsepia-colouredeyesBy
followingthegeneraldirections,determinetheF~.genotypeAfter"hatingF?xF.whatclassesof
fliesmaybeexpeulediritheF;generation??
20.WhichineachofthefollowingascosporeanargententsinNeurospora.indicatefirst-division
segregationorsecond-divisionsegregation?
++cc
O+++
'5????++QQ++OQ
CC++
f2CCC
?l??tC'C
21.SupposethatInaNeurosporacrossgenesxandyaresegregating.llthefcllowngspore
arrangementswerefound.Whatwouldyouconcludeastothelocationof>randy?
4Q+4?
xyxy57
xyxy++++I50
22Fromthedatabelowcalculatethecrossovervaluebetweenblackandgrey:
l.Blackstraightxgreyare
F1xbfackare0Sgives:
Greystraight2B1
Greyare335
Blackstraight335
Blackare239
llBlackarexwi.dtype
F1xhlackare00gves:
GreystraightL641
Greyare1.254
Blackstraight1.180
Blackare1.532
23.Awomanwhosefatherwashaemophilic.butwho-snotherselfableecler.marriesanormalman
Whatisthechanceofhaemophiliairtheirchildren?
24.lfparentswithnormalvisionproducenormalandcolour-blindsonswhatproportionofthe
daughterswillbeheterozygoustorcolour-blindness?
25.Agirlofnormalvisionwhosefatherwascolour-blindmarriesamanofnormalvisior-whosefather
wasalsocolour-blind.Whattypeofvisioncanbeexpectedintheiroffspring?
QIV.Problemsfromevolution[3marks]
26.SupposeaSouthSeaInlandpopulationstartedwith10%blue-eyedand90%homozygous
orovrn-eyeupeople.Underthe.rtardy-Weinbergrulewnalw:.'lbeatequilibriumthepercentagesof
noterozygcles?0feachtypeofhomozygote?
27.Supposeapopulationhas100%ofpeoplewithblondgrouptypeA8.Whatwillbetheblood
groupsituationatequilibrium,assumingtheHardy-Weinberglawobtains?
28.UndertheHardy-Weinberglaw.whatisthefrequencyofgene?F??fitsonlyallele?p?is
homozygousin49%ofthepopulation?
0V.CertifiedpracticalRecord[3marks]
QVI.Album[GeneticsandEvolution?Photographs:OutOutswithAppropriateWriteUp]
[2marks]
Lampbrushandpolytenechromosomes
Studyofhomologyandanalogyfromsuitablespecimensandpictures.
'MacroevolutionusingDarwinfinches(Pictures)
Qvll.Viva-Voco[2marks]
B.Sc.llYozr
B.Sc.PRACTICALMODELPAPERFORIVSEMESTER
ZOOLOGY-COREPAPER-IV
CellBioIOQYiGonetiandEvolution
Time:2Hrs.Max.Marks:25
1.identification,labeleddiagramendsalientIeaturesofspots:
(O4spots)
2.?rcporcandluentifyMitoticdivisionswithonionrootlips:
3.OneProblemfromGenetics
4OneProblemlromEvolution
5.Certi?edpracticalrecord
6.Album
7.Vivavoce
f.)
u?
?J:
6.
.Design:.ll1(lcOl1Sll'1lCImmvusing.
EZEc/ir/zvb/i.417?JmzAQV
PruclimrzalQuesliouBank
(?onsaructinvertingampli?erusing()l?.-\\'li?"?41andfindilsgainusingDCam]AC?
1Jcsigi1anon-invci'lingzunplificrLisfng1C741and11ndgain1'01"DC?andAC?
(fonsuuclasummingzumpliliri"
Dcsignandumslruc;acumparulor"usingIC741
(?onstnmt.1Astahlcmultivihratorusing741IC
lksignumonavslalvlemullivibrzuorusing7411C
(fonslruclaninlegralurandstudyitsisulpulforSineandlrizmgularwaiveinputs
CmislruclaalilliculiailorciruiilmusingIC741and{inditsIIYSPLIIISCl0sincand
lrieuzgulziruuilvcs
{l1AVIVcircuitusingS??iimei-1Cand?ndiismintycycle
5andfinddutycycle
.("zmslrucl&l1'l'1]1|1|.l.lLi8mavderzitivranddeieciorand?ndilsnmdillulurindex
.(Iorislnlntl{kcqucriuymodulatoranddemodulatorcircuitsandtrucetheirwavelbrms
.811111111110integratorcircuitandstudyitsrcsponscbychangingthefrequencyofinput
.Nimnlnr:integratorcircuit.andStudyitsrssponscbych-arlgingthefrequenciesofinpuz.
.Fimulzil:\Veii1bridgeoscillnlcrusing741l('and.?ndilsl'|'eqli:r1c?xnl?(')scillmions
.Simululs.-'\m\'using,741and?nditsdutycycle
TSimulul:Amvusingtimerl('.
h.)
u:
'.J\
(l.
PAMM
nit/uni?
PracticalQuestionBunk
l?indthelltiekltessofuwireusingwedgeluethotl
DeterminethewavelengthoflighttisirtgBiprisrtt
IindRzttlittsofcurvztttlre01'agiveneunvcxlensusing.\I??\~1on?sringsmethod
FindtheresolvingpowerofPrism
Finddispersivepowerofaprism
liiltdthespeci?crotationofagivensugarsolutiontlsingpiuliimeter
Determinethcvravelengthoflightusingminimumdeviationmethod
Deltrrrtinuthewavtriength01'lightusingitormalincidencemethod
Detsrlnincresolvingpowerc-f-itgiventelescope
.
l-ilttltherefractiveindexofagivenliquidusingBoysmethod
.lindiheJefructiveindextrial\~?tterusingpulfrich1'6?'2'lCl0l'lk?l6l'
i.Uett-rlnincthewavelength0t"givenl-itsertlsittgdilli-zlctiortgrating
B.ScIIYr[IVSemester]ChemistryPracticalExamination
PaperIV~Quantitativeanalysis
?
II
QuestionBank
QuestionPaperPattern:
A.QucstinnforPrinciple\Vrit'illg
B.MainExperimentQuestion
A.QuestionsforthePrincipleVl/riting:
Anyoneamongthefollowingmayhegiven:
lWritetheprincipletlfctlntluctometrictitrationofastrongacidvsstrongbase.
Z.Givetheprincipleofconductometrictitrationofaweakacidvsstrongbase.
3.Writetheprincipleofpotcntitumetrictitrationofastrongacidvsstrongbase.
4.Git-ctltcprincipleofpotentiometrictitrationoliaweakacidvsstrongbase.
5.WritetheprinciplefortheestimationofNiZaslNitDMGtg].
6.(iivetheprinciplefortheestimationofBa(II]bygravimctricanalysis.
B.QuestionsfortheMainExperiment
I.DeterminetheconcentrationofgivenHCIsolutionbyacontluctumetrictitrationwith
theprovidedstandard0.5MNAOIlsolution.
2.Determinetheconcentrationofgivent\'<'lOllsolutionbyaccnductumctrir
titrationwiththeprovidedstandard0.lN1ll(.'lsolution.
3.Determinetheconceittratitunofgiven(I1lxCOOi-lsolutionbyaconrlnctontetrictitration
withthcprovidedstandard0.5MNaOllsolution.
4.Determinethooonccntr-xititttiofgivenNaOHsolutionbyacortductomctrivtitration
withtheprovidedstandard0.1.\'tNaOHsolution.
5.DctcrmincthoconcctttratiunofgivenHCIsolutionbyPotcntionictricallyusingstandard
0.5MNaOHsolutionprovided.
o.DctcrntinctheconcentrationofgivenNaOlIsolutionbyPotcutiomctricall)?using
stutttlairtl0.lMHClsolutionprovided.
7.Dctcrntinctheconcentraliotiofgiven(TllgCOOilsolutionbyPotentiometricallyusing
standard0.5M"MIDI-lsolutionprovided.
X.DeterminetheconcentrationofgivenNztOllsolutionby?Potciltiometricallyusing
standard0.1MNnOl-Isolutionprovided.
9.Estimatetheumotlnto1?Ni?:presentinthegivensolutionbybacktitrationtnetliod.You
areprovidedwithstandard.VlgSO4solution0.0ll\~landapproximately0.01MEDTA
solution.
l0.EstimatetheamountofBarium(ll)presentinthegivensolutionbyGravimctric
analysisusingdil.l~l;SO.=or(NIl,])2.q()&.
ll.EstimatetheatmountofsulphateasBaSCLxGravimetricallyinthegivm-insolutionusing
BaCl;solution.
SchemeofEvaluationforquestionsl-8
A.PrincipleWriling:(l5Marks
B.Experiment:l5Marks(Performingexperimentand?Yabulation-06marks,
Graph-05marks,Calculation-O3marksandResult?01mark)
C.Record&Viva:[ISMarks
TOTAL:25Fviarks
SchemeofEvaluationforgiles?ons9,10
A.PrincipleWriting:05Marks
B.Experiment:1SMarks(Weighing8cStandardization-04marks.Estimation~
04marks,Calculation-()4marksandResult-Olmark)
C.Record&Viva:05Marks
TOTAL:25lVlarks
lll.
IV.
5-?
B.SC(CBCS)BOTANY-[lYEAR
Semcstcr-IV-PaperIV
PlantAnatomy,EmbryologyandPalynology
i?
(A)Doublestaininglochniquu
Stem
1.Aclq-rant/m?
2.Boerhaavia
3.Bigriorxia
4.Dracaena
Root
I.Belavulgar/s
(B)Epidermalpeelo1?leaf
I.Parucytic
2.
Anisocytic
3.Anomocytic
4.Diacylii:
(C)PollenVl?lbllityTest(EvensBlue)
1.Hibiscus
(D)Embryology
l.'I'S0f'Anthci*
2.
Microsporangia
3.?Mcgasporangia
4.Embryo(l)icol.-?i?10n0C0t)
S.Typesofovules
aOrthotropus
b.Analmpus,
c.(Izimpylotropus
d.(?ircinotropus
c.Hemi-anatmpus
f.Amphitropus
(E)Palynology
l.Hibiscus
2.Acacia
3.
Grass
4.(Jcimun!~
(F)Anatomy(Woodstructure)
I.'l?cak(Teclonagrandis)
Rosewood(Dalbery-gialatqfblia)
Rodsanders(Pterocarpu-s?San/Minus)
Nallamadili(Ykmninaliatomertlosr/)
Nccm(Azadir?chrainr/iizu)P?PI?5*?
B.Sc.llYear
ZoologyPracticalSyllabusforIVSemester
CorePaper-IV
CellBiology,GeneticsandEvolution
QUESTIONBANK
WITHEFFECTFROM2017
Time:ZHIs.Max.Marks:25
l.Identify,Labelthediagramandwritesalientfeaturesofspots(04Spots][2x4
=8marks]
(Identi?cation1mark.Diagramandwriteup1mark)
Museumspecimens.slideslpiotures
Pcripatus
Coelacanthfish
Lepidosiren
Neoceratodus
Protopterus
Sphencdon
Archeopteriyx
Prophaseofmitosis/meiosis
Mataphaseofmitosis!me?osis
10.Anaphasecfmitosis/meiosis
l1.Tetophaseofmitosis/meiosis
12.Lampbrushchromosome
13.Polytencchromosome
$?.??.*?F>9>f-?.'?.-'
Qll.{4marks]
14.Squashpreparationofonionroottipsandidentficationofmitoticstages
15.Preparationandidentificationofdifferentstagesofmeiossi~1Grasshcppustestes.
Qlll.ProblemsonGenetics-Mendelianinheritance,LinkageandCrossingOverandSexLinked
Inheritance[3marks]
16.Ifaplanthomozygousfortalliscrossedwithone.|10?107yQOUSfordwarf.whatwzllbethe
appe?fa?wOftheF1;oitheF2;oftheoffspringofacrossofF.withitstallparent:withizsdwarf
pare?l?
1?.LettheallelefortallberepresentedbyTandtheallelefordwarfnessbyt.whatwillbethe
gametesproducedby2hr:parentsardthohoigr-tofrhoz?springrialordwarf)fromeachofthe
followingcrosses:Tfx!t,TTxTf;TfxTt?
18.Acertainpolledbut!isbredtothreecows.WithcowA,whichishornerlapollencalfisproduced;
withcowB,alsohorned,a~hornedcalfisproduced;withcowC.whichispolled.ahornedcalfis
produced.Wwatarethegenotypesofthefourparents.andwhatfurtheroffspring.inproportions
wouldyouexpectfromthesematings?Incattle.thepotledorhornlesseorditionPisdominant
overthehorned.p.
19.Assumethatawid-typefemaleDrosopirila.BBSS.withnormalgraybodyandred-colouredeyes
ismatedvzitnamutant-typemalehhss,v/itrulackhndycolctrandsepia-colouredeyesBy
followingthegeneraldirections,determinetheF~.genotypeAfter"hatingF?xF.whatclassesof
fliesmaybeexpeulediritheF;generation??
20.WhichineachofthefollowingascosporeanargententsinNeurospora.indicatefirst-division
segregationorsecond-divisionsegregation?
++cc
O+++
'5????++QQ++OQ
CC++
f2CCC
?l??tC'C
21.SupposethatInaNeurosporacrossgenesxandyaresegregating.llthefcllowngspore
arrangementswerefound.Whatwouldyouconcludeastothelocationof>randy?
4Q+4?
xyxy57
xyxy++++I50
22Fromthedatabelowcalculatethecrossovervaluebetweenblackandgrey:
l.Blackstraightxgreyare
F1xbfackare0Sgives:
Greystraight2B1
Greyare335
Blackstraight335
Blackare239
llBlackarexwi.dtype
F1xhlackare00gves:
GreystraightL641
Greyare1.254
Blackstraight1.180
Blackare1.532
23.Awomanwhosefatherwashaemophilic.butwho-snotherselfableecler.marriesanormalman
Whatisthechanceofhaemophiliairtheirchildren?
24.lfparentswithnormalvisionproducenormalandcolour-blindsonswhatproportionofthe
daughterswillbeheterozygoustorcolour-blindness?
25.Agirlofnormalvisionwhosefatherwascolour-blindmarriesamanofnormalvisior-whosefather
wasalsocolour-blind.Whattypeofvisioncanbeexpectedintheiroffspring?
QIV.Problemsfromevolution[3marks]
26.SupposeaSouthSeaInlandpopulationstartedwith10%blue-eyedand90%homozygous
orovrn-eyeupeople.Underthe.rtardy-Weinbergrulewnalw:.'lbeatequilibriumthepercentagesof
noterozygcles?0feachtypeofhomozygote?
27.Supposeapopulationhas100%ofpeoplewithblondgrouptypeA8.Whatwillbetheblood
groupsituationatequilibrium,assumingtheHardy-Weinberglawobtains?
28.UndertheHardy-Weinberglaw.whatisthefrequencyofgene?F??fitsonlyallele?p?is
homozygousin49%ofthepopulation?
0V.CertifiedpracticalRecord[3marks]
QVI.Album[GeneticsandEvolution?Photographs:OutOutswithAppropriateWriteUp]
[2marks]
Lampbrushandpolytenechromosomes
Studyofhomologyandanalogyfromsuitablespecimensandpictures.
'MacroevolutionusingDarwinfinches(Pictures)
Qvll.Viva-Voco[2marks]
B.Sc.llYozr
B.Sc.PRACTICALMODELPAPERFORIVSEMESTER
ZOOLOGY-COREPAPER-IV
CellBioIOQYiGonetiandEvolution
Time:2Hrs.Max.Marks:25
1.identification,labeleddiagramendsalientIeaturesofspots:
(O4spots)
2.?rcporcandluentifyMitoticdivisionswithonionrootlips:
3.OneProblemfromGenetics
4OneProblemlromEvolution
5.Certi?edpracticalrecord
6.Album
7.Vivavoce
f.)
u?
?J:
6.
.Design:.ll1(lcOl1Sll'1lCImmvusing.
EZEc/ir/zvb/i.417?JmzAQV
PruclimrzalQuesliouBank
(?onsaructinvertingampli?erusing()l?.-\\'li?"?41andfindilsgainusingDCam]AC?
1Jcsigi1anon-invci'lingzunplificrLisfng1C741and11ndgain1'01"DC?andAC?
(fonsuuclasummingzumpliliri"
Dcsignandumslruc;acumparulor"usingIC741
(?onstnmt.1Astahlcmultivihratorusing741IC
lksignumonavslalvlemullivibrzuorusing7411C
(fonslruclaninlegralurandstudyitsisulpulforSineandlrizmgularwaiveinputs
CmislruclaalilliculiailorciruiilmusingIC741and{inditsIIYSPLIIISCl0sincand
lrieuzgulziruuilvcs
{l1AVIVcircuitusingS??iimei-1Cand?ndiismintycycle
5andfinddutycycle
.("zmslrucl&l1'l'1]1|1|.l.lLi8mavderzitivranddeieciorand?ndilsnmdillulurindex
.(Iorislnlntl{kcqucriuymodulatoranddemodulatorcircuitsandtrucetheirwavelbrms
.811111111110integratorcircuitandstudyitsrcsponscbychangingthefrequencyofinput
.Nimnlnr:integratorcircuit.andStudyitsrssponscbych-arlgingthefrequenciesofinpuz.
.Fimulzil:\Veii1bridgeoscillnlcrusing741l('and.?ndilsl'|'eqli:r1c?xnl?(')scillmions
.Simululs.-'\m\'using,741and?nditsdutycycle
TSimulul:Amvusingtimerl('.
Timc:2hours
I.ExperimentQuestions
ll.Spottings
ITI.
l.
5,1
F"r?
7.
8.
9.
FACULTYOFSCIENCE
BSc.IVSemester(Practical)Examination-ZOIS
Subject:MICROBIOLOGY
QUESTIONBANK
Max.Marks:25
(l2Marks)
I-?indoutlhcquantity0|?Proteinpresentinthegivensamplebyl3iuret-?l..owr_v?s
methodandplotatstandardgraphofproteinbycalorimetry(Theexaminerwill
provideunknownsampleandnecessaryreagents).
lllldoutthuamountofDNApresen?.inthegivenstunplebyDiphcxrvlamine
methodandplotastandardgraphofDNAb)?caloriznelry{Thecxairtiticrwill
provideunknmvnsampleandncccssairyreagents).
PlotastandardgraphofRNAbycalorimetryusingOrcinolmethodandfindout
thequantity01'RNApresenti|1thegivensample(Theexaminerwillprovide
unknownsampleamttlcccssisryruagcnts).
IsolalcgctiomicDNAfromthegivensample.Observeandreporttheresult.
Asampleisprovidedtoyou.Dcmonstratcclcclrophorcticseparationbyusing
Agarosegelelectrophoresisandllttcrprotyourresult.
ProblemsrelatedtoDBA.RNAcharacteristics,'l'ranscriptionandlranslation
(Theexaminerscanprepareproblemstobesolvedbythestudents].
(4.\Z=8Marks)
(Talotimclcr
Ciu-"elle
Micropipcttc
l0.Centrifuge
ll
I2
l3
l4
_-
J
l6
l7
l8
l9
2U
Record&viva
.PCRkit
.(iclclcctropltoresisunit
.DNSreagentxvitl:label
.Tl?buffet"
'.DiagrammalicalrepresentationofIatoperott
.Biuretreagentwithlabel
.Orcinolreagentwithlabel
.GraphshowingtheestimationofDNAwithlahul
.(iraphshoivingtht?.osliitlationofRNAwithlabel
.(irapnshowingtheestimationofProteinwithlabel
(5Marks)
h.)
u:
'.J\
(l.
PAMM
nit/uni?
PracticalQuestionBunk
l?indthelltiekltessofuwireusingwedgeluethotl
DeterminethewavelengthoflighttisirtgBiprisrtt
IindRzttlittsofcurvztttlre01'agiveneunvcxlensusing.\I??\~1on?sringsmethod
FindtheresolvingpowerofPrism
Finddispersivepowerofaprism
liiltdthespeci?crotationofagivensugarsolutiontlsingpiuliimeter
Determinethcvravelengthoflightusingminimumdeviationmethod
Deltrrrtinuthewavtriength01'lightusingitormalincidencemethod
Detsrlnincresolvingpowerc-f-itgiventelescope
.
l-ilttltherefractiveindexofagivenliquidusingBoysmethod
.lindiheJefructiveindextrial\~?tterusingpulfrich1'6?'2'lCl0l'lk?l6l'
i.Uett-rlnincthewavelength0t"givenl-itsertlsittgdilli-zlctiortgrating
B.ScIIYr[IVSemester]ChemistryPracticalExamination
PaperIV~Quantitativeanalysis
?
II
QuestionBank
QuestionPaperPattern:
A.QucstinnforPrinciple\Vrit'illg
B.MainExperimentQuestion
A.QuestionsforthePrincipleVl/riting:
Anyoneamongthefollowingmayhegiven:
lWritetheprincipletlfctlntluctometrictitrationofastrongacidvsstrongbase.
Z.Givetheprincipleofconductometrictitrationofaweakacidvsstrongbase.
3.Writetheprincipleofpotcntitumetrictitrationofastrongacidvsstrongbase.
4.Git-ctltcprincipleofpotentiometrictitrationoliaweakacidvsstrongbase.
5.WritetheprinciplefortheestimationofNiZaslNitDMGtg].
6.(iivetheprinciplefortheestimationofBa(II]bygravimctricanalysis.
B.QuestionsfortheMainExperiment
I.DeterminetheconcentrationofgivenHCIsolutionbyacontluctumetrictitrationwith
theprovidedstandard0.5MNAOIlsolution.
2.Determinetheconcentrationofgivent\'<'lOllsolutionbyaccnductumctrir
titrationwiththeprovidedstandard0.lN1ll(.'lsolution.
3.Determinetheconceittratitunofgiven(I1lxCOOi-lsolutionbyaconrlnctontetrictitration
withthcprovidedstandard0.5MNaOllsolution.
4.Determinethooonccntr-xititttiofgivenNaOHsolutionbyacortductomctrivtitration
withtheprovidedstandard0.1.\'tNaOHsolution.
5.DctcrmincthoconcctttratiunofgivenHCIsolutionbyPotcntionictricallyusingstandard
0.5MNaOHsolutionprovided.
o.DctcrntinctheconcentrationofgivenNaOlIsolutionbyPotcutiomctricall)?using
stutttlairtl0.lMHClsolutionprovided.
7.Dctcrntinctheconcentraliotiofgiven(TllgCOOilsolutionbyPotentiometricallyusing
standard0.5M"MIDI-lsolutionprovided.
X.DeterminetheconcentrationofgivenNztOllsolutionby?Potciltiometricallyusing
standard0.1MNnOl-Isolutionprovided.
9.Estimatetheumotlnto1?Ni?:presentinthegivensolutionbybacktitrationtnetliod.You
areprovidedwithstandard.VlgSO4solution0.0ll\~landapproximately0.01MEDTA
solution.
l0.EstimatetheamountofBarium(ll)presentinthegivensolutionbyGravimctric
analysisusingdil.l~l;SO.=or(NIl,])2.q()&.
ll.EstimatetheatmountofsulphateasBaSCLxGravimetricallyinthegivm-insolutionusing
BaCl;solution.
SchemeofEvaluationforquestionsl-8
A.PrincipleWriling:(l5Marks
B.Experiment:l5Marks(Performingexperimentand?Yabulation-06marks,
Graph-05marks,Calculation-O3marksandResult?01mark)
C.Record&Viva:[ISMarks
TOTAL:25Fviarks
SchemeofEvaluationforgiles?ons9,10
A.PrincipleWriting:05Marks
B.Experiment:1SMarks(Weighing8cStandardization-04marks.Estimation~
04marks,Calculation-()4marksandResult-Olmark)
C.Record&Viva:05Marks
TOTAL:25lVlarks
lll.
IV.
5-?
B.SC(CBCS)BOTANY-[lYEAR
Semcstcr-IV-PaperIV
PlantAnatomy,EmbryologyandPalynology
i?
(A)Doublestaininglochniquu
Stem
1.Aclq-rant/m?
2.Boerhaavia
3.Bigriorxia
4.Dracaena
Root
I.Belavulgar/s
(B)Epidermalpeelo1?leaf
I.Parucytic
2.
Anisocytic
3.Anomocytic
4.Diacylii:
(C)PollenVl?lbllityTest(EvensBlue)
1.Hibiscus
(D)Embryology
l.'I'S0f'Anthci*
2.
Microsporangia
3.?Mcgasporangia
4.Embryo(l)icol.-?i?10n0C0t)
S.Typesofovules
aOrthotropus
b.Analmpus,
c.(Izimpylotropus
d.(?ircinotropus
c.Hemi-anatmpus
f.Amphitropus
(E)Palynology
l.Hibiscus
2.Acacia
3.
Grass
4.(Jcimun!~
(F)Anatomy(Woodstructure)
I.'l?cak(Teclonagrandis)
Rosewood(Dalbery-gialatqfblia)
Rodsanders(Pterocarpu-s?San/Minus)
Nallamadili(Ykmninaliatomertlosr/)
Nccm(Azadir?chrainr/iizu)P?PI?5*?
B.Sc.llYear
ZoologyPracticalSyllabusforIVSemester
CorePaper-IV
CellBiology,GeneticsandEvolution
QUESTIONBANK
WITHEFFECTFROM2017
Time:ZHIs.Max.Marks:25
l.Identify,Labelthediagramandwritesalientfeaturesofspots(04Spots][2x4
=8marks]
(Identi?cation1mark.Diagramandwriteup1mark)
Museumspecimens.slideslpiotures
Pcripatus
Coelacanthfish
Lepidosiren
Neoceratodus
Protopterus
Sphencdon
Archeopteriyx
Prophaseofmitosis/meiosis
Mataphaseofmitosis!me?osis
10.Anaphasecfmitosis/meiosis
l1.Tetophaseofmitosis/meiosis
12.Lampbrushchromosome
13.Polytencchromosome
$?.??.*?F>9>f-?.'?.-'
Qll.{4marks]
14.Squashpreparationofonionroottipsandidentficationofmitoticstages
15.Preparationandidentificationofdifferentstagesofmeiossi~1Grasshcppustestes.
Qlll.ProblemsonGenetics-Mendelianinheritance,LinkageandCrossingOverandSexLinked
Inheritance[3marks]
16.Ifaplanthomozygousfortalliscrossedwithone.|10?107yQOUSfordwarf.whatwzllbethe
appe?fa?wOftheF1;oitheF2;oftheoffspringofacrossofF.withitstallparent:withizsdwarf
pare?l?
1?.LettheallelefortallberepresentedbyTandtheallelefordwarfnessbyt.whatwillbethe
gametesproducedby2hr:parentsardthohoigr-tofrhoz?springrialordwarf)fromeachofthe
followingcrosses:Tfx!t,TTxTf;TfxTt?
18.Acertainpolledbut!isbredtothreecows.WithcowA,whichishornerlapollencalfisproduced;
withcowB,alsohorned,a~hornedcalfisproduced;withcowC.whichispolled.ahornedcalfis
produced.Wwatarethegenotypesofthefourparents.andwhatfurtheroffspring.inproportions
wouldyouexpectfromthesematings?Incattle.thepotledorhornlesseorditionPisdominant
overthehorned.p.
19.Assumethatawid-typefemaleDrosopirila.BBSS.withnormalgraybodyandred-colouredeyes
ismatedvzitnamutant-typemalehhss,v/itrulackhndycolctrandsepia-colouredeyesBy
followingthegeneraldirections,determinetheF~.genotypeAfter"hatingF?xF.whatclassesof
fliesmaybeexpeulediritheF;generation??
20.WhichineachofthefollowingascosporeanargententsinNeurospora.indicatefirst-division
segregationorsecond-divisionsegregation?
++cc
O+++
'5????++QQ++OQ
CC++
f2CCC
?l??tC'C
21.SupposethatInaNeurosporacrossgenesxandyaresegregating.llthefcllowngspore
arrangementswerefound.Whatwouldyouconcludeastothelocationof>randy?
4Q+4?
xyxy57
xyxy++++I50
22Fromthedatabelowcalculatethecrossovervaluebetweenblackandgrey:
l.Blackstraightxgreyare
F1xbfackare0Sgives:
Greystraight2B1
Greyare335
Blackstraight335
Blackare239
llBlackarexwi.dtype
F1xhlackare00gves:
GreystraightL641
Greyare1.254
Blackstraight1.180
Blackare1.532
23.Awomanwhosefatherwashaemophilic.butwho-snotherselfableecler.marriesanormalman
Whatisthechanceofhaemophiliairtheirchildren?
24.lfparentswithnormalvisionproducenormalandcolour-blindsonswhatproportionofthe
daughterswillbeheterozygoustorcolour-blindness?
25.Agirlofnormalvisionwhosefatherwascolour-blindmarriesamanofnormalvisior-whosefather
wasalsocolour-blind.Whattypeofvisioncanbeexpectedintheiroffspring?
QIV.Problemsfromevolution[3marks]
26.SupposeaSouthSeaInlandpopulationstartedwith10%blue-eyedand90%homozygous
orovrn-eyeupeople.Underthe.rtardy-Weinbergrulewnalw:.'lbeatequilibriumthepercentagesof
noterozygcles?0feachtypeofhomozygote?
27.Supposeapopulationhas100%ofpeoplewithblondgrouptypeA8.Whatwillbetheblood
groupsituationatequilibrium,assumingtheHardy-Weinberglawobtains?
28.UndertheHardy-Weinberglaw.whatisthefrequencyofgene?F??fitsonlyallele?p?is
homozygousin49%ofthepopulation?
0V.CertifiedpracticalRecord[3marks]
QVI.Album[GeneticsandEvolution?Photographs:OutOutswithAppropriateWriteUp]
[2marks]
Lampbrushandpolytenechromosomes
Studyofhomologyandanalogyfromsuitablespecimensandpictures.
'MacroevolutionusingDarwinfinches(Pictures)
Qvll.Viva-Voco[2marks]
B.Sc.llYozr
B.Sc.PRACTICALMODELPAPERFORIVSEMESTER
ZOOLOGY-COREPAPER-IV
CellBioIOQYiGonetiandEvolution
Time:2Hrs.Max.Marks:25
1.identification,labeleddiagramendsalientIeaturesofspots:
(O4spots)
2.?rcporcandluentifyMitoticdivisionswithonionrootlips:
3.OneProblemfromGenetics
4OneProblemlromEvolution
5.Certi?edpracticalrecord
6.Album
7.Vivavoce
f.)
u?
?J:
6.
.Design:.ll1(lcOl1Sll'1lCImmvusing.
EZEc/ir/zvb/i.417?JmzAQV
PruclimrzalQuesliouBank
(?onsaructinvertingampli?erusing()l?.-\\'li?"?41andfindilsgainusingDCam]AC?
1Jcsigi1anon-invci'lingzunplificrLisfng1C741and11ndgain1'01"DC?andAC?
(fonsuuclasummingzumpliliri"
Dcsignandumslruc;acumparulor"usingIC741
(?onstnmt.1Astahlcmultivihratorusing741IC
lksignumonavslalvlemullivibrzuorusing7411C
(fonslruclaninlegralurandstudyitsisulpulforSineandlrizmgularwaiveinputs
CmislruclaalilliculiailorciruiilmusingIC741and{inditsIIYSPLIIISCl0sincand
lrieuzgulziruuilvcs
{l1AVIVcircuitusingS??iimei-1Cand?ndiismintycycle
5andfinddutycycle
.("zmslrucl&l1'l'1]1|1|.l.lLi8mavderzitivranddeieciorand?ndilsnmdillulurindex
.(Iorislnlntl{kcqucriuymodulatoranddemodulatorcircuitsandtrucetheirwavelbrms
.811111111110integratorcircuitandstudyitsrcsponscbychangingthefrequencyofinput
.Nimnlnr:integratorcircuit.andStudyitsrssponscbych-arlgingthefrequenciesofinpuz.
.Fimulzil:\Veii1bridgeoscillnlcrusing741l('and.?ndilsl'|'eqli:r1c?xnl?(')scillmions
.Simululs.-'\m\'using,741and?nditsdutycycle
TSimulul:Amvusingtimerl('.
Timc:2hours
I.ExperimentQuestions
ll.Spottings
ITI.
l.
5,1
F"r?
7.
8.
9.
FACULTYOFSCIENCE
BSc.IVSemester(Practical)Examination-ZOIS
Subject:MICROBIOLOGY
QUESTIONBANK
Max.Marks:25
(l2Marks)
I-?indoutlhcquantity0|?Proteinpresentinthegivensamplebyl3iuret-?l..owr_v?s
methodandplotatstandardgraphofproteinbycalorimetry(Theexaminerwill
provideunknownsampleandnecessaryreagents).
lllldoutthuamountofDNApresen?.inthegivenstunplebyDiphcxrvlamine
methodandplotastandardgraphofDNAb)?caloriznelry{Thecxairtiticrwill
provideunknmvnsampleandncccssairyreagents).
PlotastandardgraphofRNAbycalorimetryusingOrcinolmethodandfindout
thequantity01'RNApresenti|1thegivensample(Theexaminerwillprovide
unknownsampleamttlcccssisryruagcnts).
IsolalcgctiomicDNAfromthegivensample.Observeandreporttheresult.
Asampleisprovidedtoyou.Dcmonstratcclcclrophorcticseparationbyusing
Agarosegelelectrophoresisandllttcrprotyourresult.
ProblemsrelatedtoDBA.RNAcharacteristics,'l'ranscriptionandlranslation
(Theexaminerscanprepareproblemstobesolvedbythestudents].
(4.\Z=8Marks)
(Talotimclcr
Ciu-"elle
Micropipcttc
l0.Centrifuge
ll
I2
l3
l4
_-
J
l6
l7
l8
l9
2U
Record&viva
.PCRkit
.(iclclcctropltoresisunit
.DNSreagentxvitl:label
.Tl?buffet"
'.DiagrammalicalrepresentationofIatoperott
.Biuretreagentwithlabel
.Orcinolreagentwithlabel
.GraphshowingtheestimationofDNAwithlahul
.(iraphshoivingtht?.osliitlationofRNAwithlabel
.(irapnshowingtheestimationofProteinwithlabel
(5Marks)
DSC?1I)
Paper-BS404(Practicals):BIOCHEMICALPREPARATIONSANDSEPARATIONS
(1Credits;2I-lrlwcekj
QUESTIONBANK
Duration2hoursII/lax.Nlarks25
l.WritethePrinciplesforthefollowingexperiments5[Vlarlts
.AbsorptioninaximaofColouredsubstances
.Absorptionspectraol?Pmteins
.Absorptionspectra0I'D.\IA
.IsolationofCascinfrommilk
.Isolationofchulcslcrol
Paper(Ihmmiit?gfiiphy
.?IhinLayerChromatography
Qf?l?tj?w}
2.MajorExperimentl0Marks
.Absorptionmaxima0i?colouredsubstances
.Absorptionspectram?proteins
.Absorptionspectraol"l\'ucleicacids:
.SeparationofAminoacidsby"Papci?chromatography
Separationofplantpigmcnlxby?TLC
;r|:r*.-G>
3.
MinorExperiment5Mark?
A.
IsolationofbggalbuminIiomeggwhile
B.
Isolationof('la.s'einfromMilk
(I.Isolation(sfslziruhfrompotato
D.Isolzilionof?cholesterolfromeggyolk
4.Viva-VoccandRccord5Marks
,1
h.)
u:
'.J\
(l.
PAMM
nit/uni?
PracticalQuestionBunk
l?indthelltiekltessofuwireusingwedgeluethotl
DeterminethewavelengthoflighttisirtgBiprisrtt
IindRzttlittsofcurvztttlre01'agiveneunvcxlensusing.\I??\~1on?sringsmethod
FindtheresolvingpowerofPrism
Finddispersivepowerofaprism
liiltdthespeci?crotationofagivensugarsolutiontlsingpiuliimeter
Determinethcvravelengthoflightusingminimumdeviationmethod
Deltrrrtinuthewavtriength01'lightusingitormalincidencemethod
Detsrlnincresolvingpowerc-f-itgiventelescope
.
l-ilttltherefractiveindexofagivenliquidusingBoysmethod
.lindiheJefructiveindextrial\~?tterusingpulfrich1'6?'2'lCl0l'lk?l6l'
i.Uett-rlnincthewavelength0t"givenl-itsertlsittgdilli-zlctiortgrating
B.ScIIYr[IVSemester]ChemistryPracticalExamination
PaperIV~Quantitativeanalysis
?
II
QuestionBank
QuestionPaperPattern:
A.QucstinnforPrinciple\Vrit'illg
B.MainExperimentQuestion
A.QuestionsforthePrincipleVl/riting:
Anyoneamongthefollowingmayhegiven:
lWritetheprincipletlfctlntluctometrictitrationofastrongacidvsstrongbase.
Z.Givetheprincipleofconductometrictitrationofaweakacidvsstrongbase.
3.Writetheprincipleofpotcntitumetrictitrationofastrongacidvsstrongbase.
4.Git-ctltcprincipleofpotentiometrictitrationoliaweakacidvsstrongbase.
5.WritetheprinciplefortheestimationofNiZaslNitDMGtg].
6.(iivetheprinciplefortheestimationofBa(II]bygravimctricanalysis.
B.QuestionsfortheMainExperiment
I.DeterminetheconcentrationofgivenHCIsolutionbyacontluctumetrictitrationwith
theprovidedstandard0.5MNAOIlsolution.
2.Determinetheconcentrationofgivent\'<'lOllsolutionbyaccnductumctrir
titrationwiththeprovidedstandard0.lN1ll(.'lsolution.
3.Determinetheconceittratitunofgiven(I1lxCOOi-lsolutionbyaconrlnctontetrictitration
withthcprovidedstandard0.5MNaOllsolution.
4.Determinethooonccntr-xititttiofgivenNaOHsolutionbyacortductomctrivtitration
withtheprovidedstandard0.1.\'tNaOHsolution.
5.DctcrmincthoconcctttratiunofgivenHCIsolutionbyPotcntionictricallyusingstandard
0.5MNaOHsolutionprovided.
o.DctcrntinctheconcentrationofgivenNaOlIsolutionbyPotcutiomctricall)?using
stutttlairtl0.lMHClsolutionprovided.
7.Dctcrntinctheconcentraliotiofgiven(TllgCOOilsolutionbyPotentiometricallyusing
standard0.5M"MIDI-lsolutionprovided.
X.DeterminetheconcentrationofgivenNztOllsolutionby?Potciltiometricallyusing
standard0.1MNnOl-Isolutionprovided.
9.Estimatetheumotlnto1?Ni?:presentinthegivensolutionbybacktitrationtnetliod.You
areprovidedwithstandard.VlgSO4solution0.0ll\~landapproximately0.01MEDTA
solution.
l0.EstimatetheamountofBarium(ll)presentinthegivensolutionbyGravimctric
analysisusingdil.l~l;SO.=or(NIl,])2.q()&.
ll.EstimatetheatmountofsulphateasBaSCLxGravimetricallyinthegivm-insolutionusing
BaCl;solution.
SchemeofEvaluationforquestionsl-8
A.PrincipleWriling:(l5Marks
B.Experiment:l5Marks(Performingexperimentand?Yabulation-06marks,
Graph-05marks,Calculation-O3marksandResult?01mark)
C.Record&Viva:[ISMarks
TOTAL:25Fviarks
SchemeofEvaluationforgiles?ons9,10
A.PrincipleWriting:05Marks
B.Experiment:1SMarks(Weighing8cStandardization-04marks.Estimation~
04marks,Calculation-()4marksandResult-Olmark)
C.Record&Viva:05Marks
TOTAL:25lVlarks
lll.
IV.
5-?
B.SC(CBCS)BOTANY-[lYEAR
Semcstcr-IV-PaperIV
PlantAnatomy,EmbryologyandPalynology
i?
(A)Doublestaininglochniquu
Stem
1.Aclq-rant/m?
2.Boerhaavia
3.Bigriorxia
4.Dracaena
Root
I.Belavulgar/s
(B)Epidermalpeelo1?leaf
I.Parucytic
2.
Anisocytic
3.Anomocytic
4.Diacylii:
(C)PollenVl?lbllityTest(EvensBlue)
1.Hibiscus
(D)Embryology
l.'I'S0f'Anthci*
2.
Microsporangia
3.?Mcgasporangia
4.Embryo(l)icol.-?i?10n0C0t)
S.Typesofovules
aOrthotropus
b.Analmpus,
c.(Izimpylotropus
d.(?ircinotropus
c.Hemi-anatmpus
f.Amphitropus
(E)Palynology
l.Hibiscus
2.Acacia
3.
Grass
4.(Jcimun!~
(F)Anatomy(Woodstructure)
I.'l?cak(Teclonagrandis)
Rosewood(Dalbery-gialatqfblia)
Rodsanders(Pterocarpu-s?San/Minus)
Nallamadili(Ykmninaliatomertlosr/)
Nccm(Azadir?chrainr/iizu)P?PI?5*?
B.Sc.llYear
ZoologyPracticalSyllabusforIVSemester
CorePaper-IV
CellBiology,GeneticsandEvolution
QUESTIONBANK
WITHEFFECTFROM2017
Time:ZHIs.Max.Marks:25
l.Identify,Labelthediagramandwritesalientfeaturesofspots(04Spots][2x4
=8marks]
(Identi?cation1mark.Diagramandwriteup1mark)
Museumspecimens.slideslpiotures
Pcripatus
Coelacanthfish
Lepidosiren
Neoceratodus
Protopterus
Sphencdon
Archeopteriyx
Prophaseofmitosis/meiosis
Mataphaseofmitosis!me?osis
10.Anaphasecfmitosis/meiosis
l1.Tetophaseofmitosis/meiosis
12.Lampbrushchromosome
13.Polytencchromosome
$?.??.*?F>9>f-?.'?.-'
Qll.{4marks]
14.Squashpreparationofonionroottipsandidentficationofmitoticstages
15.Preparationandidentificationofdifferentstagesofmeiossi~1Grasshcppustestes.
Qlll.ProblemsonGenetics-Mendelianinheritance,LinkageandCrossingOverandSexLinked
Inheritance[3marks]
16.Ifaplanthomozygousfortalliscrossedwithone.|10?107yQOUSfordwarf.whatwzllbethe
appe?fa?wOftheF1;oitheF2;oftheoffspringofacrossofF.withitstallparent:withizsdwarf
pare?l?
1?.LettheallelefortallberepresentedbyTandtheallelefordwarfnessbyt.whatwillbethe
gametesproducedby2hr:parentsardthohoigr-tofrhoz?springrialordwarf)fromeachofthe
followingcrosses:Tfx!t,TTxTf;TfxTt?
18.Acertainpolledbut!isbredtothreecows.WithcowA,whichishornerlapollencalfisproduced;
withcowB,alsohorned,a~hornedcalfisproduced;withcowC.whichispolled.ahornedcalfis
produced.Wwatarethegenotypesofthefourparents.andwhatfurtheroffspring.inproportions
wouldyouexpectfromthesematings?Incattle.thepotledorhornlesseorditionPisdominant
overthehorned.p.
19.Assumethatawid-typefemaleDrosopirila.BBSS.withnormalgraybodyandred-colouredeyes
ismatedvzitnamutant-typemalehhss,v/itrulackhndycolctrandsepia-colouredeyesBy
followingthegeneraldirections,determinetheF~.genotypeAfter"hatingF?xF.whatclassesof
fliesmaybeexpeulediritheF;generation??
20.WhichineachofthefollowingascosporeanargententsinNeurospora.indicatefirst-division
segregationorsecond-divisionsegregation?
++cc
O+++
'5????++QQ++OQ
CC++
f2CCC
?l??tC'C
21.SupposethatInaNeurosporacrossgenesxandyaresegregating.llthefcllowngspore
arrangementswerefound.Whatwouldyouconcludeastothelocationof>randy?
4Q+4?
xyxy57
xyxy++++I50
22Fromthedatabelowcalculatethecrossovervaluebetweenblackandgrey:
l.Blackstraightxgreyare
F1xbfackare0Sgives:
Greystraight2B1
Greyare335
Blackstraight335
Blackare239
llBlackarexwi.dtype
F1xhlackare00gves:
GreystraightL641
Greyare1.254
Blackstraight1.180
Blackare1.532
23.Awomanwhosefatherwashaemophilic.butwho-snotherselfableecler.marriesanormalman
Whatisthechanceofhaemophiliairtheirchildren?
24.lfparentswithnormalvisionproducenormalandcolour-blindsonswhatproportionofthe
daughterswillbeheterozygoustorcolour-blindness?
25.Agirlofnormalvisionwhosefatherwascolour-blindmarriesamanofnormalvisior-whosefather
wasalsocolour-blind.Whattypeofvisioncanbeexpectedintheiroffspring?
QIV.Problemsfromevolution[3marks]
26.SupposeaSouthSeaInlandpopulationstartedwith10%blue-eyedand90%homozygous
orovrn-eyeupeople.Underthe.rtardy-Weinbergrulewnalw:.'lbeatequilibriumthepercentagesof
noterozygcles?0feachtypeofhomozygote?
27.Supposeapopulationhas100%ofpeoplewithblondgrouptypeA8.Whatwillbetheblood
groupsituationatequilibrium,assumingtheHardy-Weinberglawobtains?
28.UndertheHardy-Weinberglaw.whatisthefrequencyofgene?F??fitsonlyallele?p?is
homozygousin49%ofthepopulation?
0V.CertifiedpracticalRecord[3marks]
QVI.Album[GeneticsandEvolution?Photographs:OutOutswithAppropriateWriteUp]
[2marks]
Lampbrushandpolytenechromosomes
Studyofhomologyandanalogyfromsuitablespecimensandpictures.
'MacroevolutionusingDarwinfinches(Pictures)
Qvll.Viva-Voco[2marks]
B.Sc.llYozr
B.Sc.PRACTICALMODELPAPERFORIVSEMESTER
ZOOLOGY-COREPAPER-IV
CellBioIOQYiGonetiandEvolution
Time:2Hrs.Max.Marks:25
1.identification,labeleddiagramendsalientIeaturesofspots:
(O4spots)
2.?rcporcandluentifyMitoticdivisionswithonionrootlips:
3.OneProblemfromGenetics
4OneProblemlromEvolution
5.Certi?edpracticalrecord
6.Album
7.Vivavoce
f.)
u?
?J:
6.
.Design:.ll1(lcOl1Sll'1lCImmvusing.
EZEc/ir/zvb/i.417?JmzAQV
PruclimrzalQuesliouBank
(?onsaructinvertingampli?erusing()l?.-\\'li?"?41andfindilsgainusingDCam]AC?
1Jcsigi1anon-invci'lingzunplificrLisfng1C741and11ndgain1'01"DC?andAC?
(fonsuuclasummingzumpliliri"
Dcsignandumslruc;acumparulor"usingIC741
(?onstnmt.1Astahlcmultivihratorusing741IC
lksignumonavslalvlemullivibrzuorusing7411C
(fonslruclaninlegralurandstudyitsisulpulforSineandlrizmgularwaiveinputs
CmislruclaalilliculiailorciruiilmusingIC741and{inditsIIYSPLIIISCl0sincand
lrieuzgulziruuilvcs
{l1AVIVcircuitusingS??iimei-1Cand?ndiismintycycle
5andfinddutycycle
.("zmslrucl&l1'l'1]1|1|.l.lLi8mavderzitivranddeieciorand?ndilsnmdillulurindex
.(Iorislnlntl{kcqucriuymodulatoranddemodulatorcircuitsandtrucetheirwavelbrms
.811111111110integratorcircuitandstudyitsrcsponscbychangingthefrequencyofinput
.Nimnlnr:integratorcircuit.andStudyitsrssponscbych-arlgingthefrequenciesofinpuz.
.Fimulzil:\Veii1bridgeoscillnlcrusing741l('and.?ndilsl'|'eqli:r1c?xnl?(')scillmions
.Simululs.-'\m\'using,741and?nditsdutycycle
TSimulul:Amvusingtimerl('.
Timc:2hours
I.ExperimentQuestions
ll.Spottings
ITI.
l.
5,1
F"r?
7.
8.
9.
FACULTYOFSCIENCE
BSc.IVSemester(Practical)Examination-ZOIS
Subject:MICROBIOLOGY
QUESTIONBANK
Max.Marks:25
(l2Marks)
I-?indoutlhcquantity0|?Proteinpresentinthegivensamplebyl3iuret-?l..owr_v?s
methodandplotatstandardgraphofproteinbycalorimetry(Theexaminerwill
provideunknownsampleandnecessaryreagents).
lllldoutthuamountofDNApresen?.inthegivenstunplebyDiphcxrvlamine
methodandplotastandardgraphofDNAb)?caloriznelry{Thecxairtiticrwill
provideunknmvnsampleandncccssairyreagents).
PlotastandardgraphofRNAbycalorimetryusingOrcinolmethodandfindout
thequantity01'RNApresenti|1thegivensample(Theexaminerwillprovide
unknownsampleamttlcccssisryruagcnts).
IsolalcgctiomicDNAfromthegivensample.Observeandreporttheresult.
Asampleisprovidedtoyou.Dcmonstratcclcclrophorcticseparationbyusing
Agarosegelelectrophoresisandllttcrprotyourresult.
ProblemsrelatedtoDBA.RNAcharacteristics,'l'ranscriptionandlranslation
(Theexaminerscanprepareproblemstobesolvedbythestudents].
(4.\Z=8Marks)
(Talotimclcr
Ciu-"elle
Micropipcttc
l0.Centrifuge
ll
I2
l3
l4
_-
J
l6
l7
l8
l9
2U
Record&viva
.PCRkit
.(iclclcctropltoresisunit
.DNSreagentxvitl:label
.Tl?buffet"
'.DiagrammalicalrepresentationofIatoperott
.Biuretreagentwithlabel
.Orcinolreagentwithlabel
.GraphshowingtheestimationofDNAwithlahul
.(iraphshoivingtht?.osliitlationofRNAwithlabel
.(irapnshowingtheestimationofProteinwithlabel
(5Marks)
DSC?1I)
Paper-BS404(Practicals):BIOCHEMICALPREPARATIONSANDSEPARATIONS
(1Credits;2I-lrlwcekj
QUESTIONBANK
Duration2hoursII/lax.Nlarks25
l.WritethePrinciplesforthefollowingexperiments5[Vlarlts
.AbsorptioninaximaofColouredsubstances
.Absorptionspectraol?Pmteins
.Absorptionspectra0I'D.\IA
.IsolationofCascinfrommilk
.Isolationofchulcslcrol
Paper(Ihmmiit?gfiiphy
.?IhinLayerChromatography
Qf?l?tj?w}
2.MajorExperimentl0Marks
.Absorptionmaxima0i?colouredsubstances
.Absorptionspectram?proteins
.Absorptionspectraol"l\'ucleicacids:
.SeparationofAminoacidsby"Papci?chromatography
Separationofplantpigmcnlxby?TLC
;r|:r*.-G>
3.
MinorExperiment5Mark?
A.
IsolationofbggalbuminIiomeggwhile
B.
Isolationof('la.s'einfromMilk
(I.Isolation(sfslziruhfrompotato
D.Isolzilionof?cholesterolfromeggyolk
4.Viva-VoccandRccord5Marks
,1
ENDSEMESTERHANl.PRACTICALMODELPAPER
SEMESTERIV
APPLIEDNIJTRITION&PUBLIC.HEALTH
PAPIILR:IFANIILY&COMMUNITYNUTRITION
TIME:ZHRSMAXMARKS:ZS
1.
winetheRDA(axmtms)
2.
Planadafsdietforthegivenagegroup(SMARKS)
a.
Adulthood
b.Pregnantwomen
c.
Lactatingmulhei?
d.
Schoolgoingchild
u.Adolescent
I?.Oldagegroup
3.CalculatetheNutritivevaluelbranytwoNutrientsofimpomuiuuf?MARKS)
4.Preparation&displayofthcdictiQMARKS}
5.Record(SIVIARKSI
?=i
i?QWWG???-,~_\\?\\?-??
'-'ems.?
ofduabnwe?z?
25's?)
?gigging?
<58??
h.)
u:
'.J\
(l.
PAMM
nit/uni?
PracticalQuestionBunk
l?indthelltiekltessofuwireusingwedgeluethotl
DeterminethewavelengthoflighttisirtgBiprisrtt
IindRzttlittsofcurvztttlre01'agiveneunvcxlensusing.\I??\~1on?sringsmethod
FindtheresolvingpowerofPrism
Finddispersivepowerofaprism
liiltdthespeci?crotationofagivensugarsolutiontlsingpiuliimeter
Determinethcvravelengthoflightusingminimumdeviationmethod
Deltrrrtinuthewavtriength01'lightusingitormalincidencemethod
Detsrlnincresolvingpowerc-f-itgiventelescope
.
l-ilttltherefractiveindexofagivenliquidusingBoysmethod
.lindiheJefructiveindextrial\~?tterusingpulfrich1'6?'2'lCl0l'lk?l6l'
i.Uett-rlnincthewavelength0t"givenl-itsertlsittgdilli-zlctiortgrating
B.ScIIYr[IVSemester]ChemistryPracticalExamination
PaperIV~Quantitativeanalysis
?
II
QuestionBank
QuestionPaperPattern:
A.QucstinnforPrinciple\Vrit'illg
B.MainExperimentQuestion
A.QuestionsforthePrincipleVl/riting:
Anyoneamongthefollowingmayhegiven:
lWritetheprincipletlfctlntluctometrictitrationofastrongacidvsstrongbase.
Z.Givetheprincipleofconductometrictitrationofaweakacidvsstrongbase.
3.Writetheprincipleofpotcntitumetrictitrationofastrongacidvsstrongbase.
4.Git-ctltcprincipleofpotentiometrictitrationoliaweakacidvsstrongbase.
5.WritetheprinciplefortheestimationofNiZaslNitDMGtg].
6.(iivetheprinciplefortheestimationofBa(II]bygravimctricanalysis.
B.QuestionsfortheMainExperiment
I.DeterminetheconcentrationofgivenHCIsolutionbyacontluctumetrictitrationwith
theprovidedstandard0.5MNAOIlsolution.
2.Determinetheconcentrationofgivent\'<'lOllsolutionbyaccnductumctrir
titrationwiththeprovidedstandard0.lN1ll(.'lsolution.
3.Determinetheconceittratitunofgiven(I1lxCOOi-lsolutionbyaconrlnctontetrictitration
withthcprovidedstandard0.5MNaOllsolution.
4.Determinethooonccntr-xititttiofgivenNaOHsolutionbyacortductomctrivtitration
withtheprovidedstandard0.1.\'tNaOHsolution.
5.DctcrmincthoconcctttratiunofgivenHCIsolutionbyPotcntionictricallyusingstandard
0.5MNaOHsolutionprovided.
o.DctcrntinctheconcentrationofgivenNaOlIsolutionbyPotcutiomctricall)?using
stutttlairtl0.lMHClsolutionprovided.
7.Dctcrntinctheconcentraliotiofgiven(TllgCOOilsolutionbyPotentiometricallyusing
standard0.5M"MIDI-lsolutionprovided.
X.DeterminetheconcentrationofgivenNztOllsolutionby?Potciltiometricallyusing
standard0.1MNnOl-Isolutionprovided.
9.Estimatetheumotlnto1?Ni?:presentinthegivensolutionbybacktitrationtnetliod.You
areprovidedwithstandard.VlgSO4solution0.0ll\~landapproximately0.01MEDTA
solution.
l0.EstimatetheamountofBarium(ll)presentinthegivensolutionbyGravimctric
analysisusingdil.l~l;SO.=or(NIl,])2.q()&.
ll.EstimatetheatmountofsulphateasBaSCLxGravimetricallyinthegivm-insolutionusing
BaCl;solution.
SchemeofEvaluationforquestionsl-8
A.PrincipleWriling:(l5Marks
B.Experiment:l5Marks(Performingexperimentand?Yabulation-06marks,
Graph-05marks,Calculation-O3marksandResult?01mark)
C.Record&Viva:[ISMarks
TOTAL:25Fviarks
SchemeofEvaluationforgiles?ons9,10
A.PrincipleWriting:05Marks
B.Experiment:1SMarks(Weighing8cStandardization-04marks.Estimation~
04marks,Calculation-()4marksandResult-Olmark)
C.Record&Viva:05Marks
TOTAL:25lVlarks
lll.
IV.
5-?
B.SC(CBCS)BOTANY-[lYEAR
Semcstcr-IV-PaperIV
PlantAnatomy,EmbryologyandPalynology
i?
(A)Doublestaininglochniquu
Stem
1.Aclq-rant/m?
2.Boerhaavia
3.Bigriorxia
4.Dracaena
Root
I.Belavulgar/s
(B)Epidermalpeelo1?leaf
I.Parucytic
2.
Anisocytic
3.Anomocytic
4.Diacylii:
(C)PollenVl?lbllityTest(EvensBlue)
1.Hibiscus
(D)Embryology
l.'I'S0f'Anthci*
2.
Microsporangia
3.?Mcgasporangia
4.Embryo(l)icol.-?i?10n0C0t)
S.Typesofovules
aOrthotropus
b.Analmpus,
c.(Izimpylotropus
d.(?ircinotropus
c.Hemi-anatmpus
f.Amphitropus
(E)Palynology
l.Hibiscus
2.Acacia
3.
Grass
4.(Jcimun!~
(F)Anatomy(Woodstructure)
I.'l?cak(Teclonagrandis)
Rosewood(Dalbery-gialatqfblia)
Rodsanders(Pterocarpu-s?San/Minus)
Nallamadili(Ykmninaliatomertlosr/)
Nccm(Azadir?chrainr/iizu)P?PI?5*?
B.Sc.llYear
ZoologyPracticalSyllabusforIVSemester
CorePaper-IV
CellBiology,GeneticsandEvolution
QUESTIONBANK
WITHEFFECTFROM2017
Time:ZHIs.Max.Marks:25
l.Identify,Labelthediagramandwritesalientfeaturesofspots(04Spots][2x4
=8marks]
(Identi?cation1mark.Diagramandwriteup1mark)
Museumspecimens.slideslpiotures
Pcripatus
Coelacanthfish
Lepidosiren
Neoceratodus
Protopterus
Sphencdon
Archeopteriyx
Prophaseofmitosis/meiosis
Mataphaseofmitosis!me?osis
10.Anaphasecfmitosis/meiosis
l1.Tetophaseofmitosis/meiosis
12.Lampbrushchromosome
13.Polytencchromosome
$?.??.*?F>9>f-?.'?.-'
Qll.{4marks]
14.Squashpreparationofonionroottipsandidentficationofmitoticstages
15.Preparationandidentificationofdifferentstagesofmeiossi~1Grasshcppustestes.
Qlll.ProblemsonGenetics-Mendelianinheritance,LinkageandCrossingOverandSexLinked
Inheritance[3marks]
16.Ifaplanthomozygousfortalliscrossedwithone.|10?107yQOUSfordwarf.whatwzllbethe
appe?fa?wOftheF1;oitheF2;oftheoffspringofacrossofF.withitstallparent:withizsdwarf
pare?l?
1?.LettheallelefortallberepresentedbyTandtheallelefordwarfnessbyt.whatwillbethe
gametesproducedby2hr:parentsardthohoigr-tofrhoz?springrialordwarf)fromeachofthe
followingcrosses:Tfx!t,TTxTf;TfxTt?
18.Acertainpolledbut!isbredtothreecows.WithcowA,whichishornerlapollencalfisproduced;
withcowB,alsohorned,a~hornedcalfisproduced;withcowC.whichispolled.ahornedcalfis
produced.Wwatarethegenotypesofthefourparents.andwhatfurtheroffspring.inproportions
wouldyouexpectfromthesematings?Incattle.thepotledorhornlesseorditionPisdominant
overthehorned.p.
19.Assumethatawid-typefemaleDrosopirila.BBSS.withnormalgraybodyandred-colouredeyes
ismatedvzitnamutant-typemalehhss,v/itrulackhndycolctrandsepia-colouredeyesBy
followingthegeneraldirections,determinetheF~.genotypeAfter"hatingF?xF.whatclassesof
fliesmaybeexpeulediritheF;generation??
20.WhichineachofthefollowingascosporeanargententsinNeurospora.indicatefirst-division
segregationorsecond-divisionsegregation?
++cc
O+++
'5????++QQ++OQ
CC++
f2CCC
?l??tC'C
21.SupposethatInaNeurosporacrossgenesxandyaresegregating.llthefcllowngspore
arrangementswerefound.Whatwouldyouconcludeastothelocationof>randy?
4Q+4?
xyxy57
xyxy++++I50
22Fromthedatabelowcalculatethecrossovervaluebetweenblackandgrey:
l.Blackstraightxgreyare
F1xbfackare0Sgives:
Greystraight2B1
Greyare335
Blackstraight335
Blackare239
llBlackarexwi.dtype
F1xhlackare00gves:
GreystraightL641
Greyare1.254
Blackstraight1.180
Blackare1.532
23.Awomanwhosefatherwashaemophilic.butwho-snotherselfableecler.marriesanormalman
Whatisthechanceofhaemophiliairtheirchildren?
24.lfparentswithnormalvisionproducenormalandcolour-blindsonswhatproportionofthe
daughterswillbeheterozygoustorcolour-blindness?
25.Agirlofnormalvisionwhosefatherwascolour-blindmarriesamanofnormalvisior-whosefather
wasalsocolour-blind.Whattypeofvisioncanbeexpectedintheiroffspring?
QIV.Problemsfromevolution[3marks]
26.SupposeaSouthSeaInlandpopulationstartedwith10%blue-eyedand90%homozygous
orovrn-eyeupeople.Underthe.rtardy-Weinbergrulewnalw:.'lbeatequilibriumthepercentagesof
noterozygcles?0feachtypeofhomozygote?
27.Supposeapopulationhas100%ofpeoplewithblondgrouptypeA8.Whatwillbetheblood
groupsituationatequilibrium,assumingtheHardy-Weinberglawobtains?
28.UndertheHardy-Weinberglaw.whatisthefrequencyofgene?F??fitsonlyallele?p?is
homozygousin49%ofthepopulation?
0V.CertifiedpracticalRecord[3marks]
QVI.Album[GeneticsandEvolution?Photographs:OutOutswithAppropriateWriteUp]
[2marks]
Lampbrushandpolytenechromosomes
Studyofhomologyandanalogyfromsuitablespecimensandpictures.
'MacroevolutionusingDarwinfinches(Pictures)
Qvll.Viva-Voco[2marks]
B.Sc.llYozr
B.Sc.PRACTICALMODELPAPERFORIVSEMESTER
ZOOLOGY-COREPAPER-IV
CellBioIOQYiGonetiandEvolution
Time:2Hrs.Max.Marks:25
1.identification,labeleddiagramendsalientIeaturesofspots:
(O4spots)
2.?rcporcandluentifyMitoticdivisionswithonionrootlips:
3.OneProblemfromGenetics
4OneProblemlromEvolution
5.Certi?edpracticalrecord
6.Album
7.Vivavoce
f.)
u?
?J:
6.
.Design:.ll1(lcOl1Sll'1lCImmvusing.
EZEc/ir/zvb/i.417?JmzAQV
PruclimrzalQuesliouBank
(?onsaructinvertingampli?erusing()l?.-\\'li?"?41andfindilsgainusingDCam]AC?
1Jcsigi1anon-invci'lingzunplificrLisfng1C741and11ndgain1'01"DC?andAC?
(fonsuuclasummingzumpliliri"
Dcsignandumslruc;acumparulor"usingIC741
(?onstnmt.1Astahlcmultivihratorusing741IC
lksignumonavslalvlemullivibrzuorusing7411C
(fonslruclaninlegralurandstudyitsisulpulforSineandlrizmgularwaiveinputs
CmislruclaalilliculiailorciruiilmusingIC741and{inditsIIYSPLIIISCl0sincand
lrieuzgulziruuilvcs
{l1AVIVcircuitusingS??iimei-1Cand?ndiismintycycle
5andfinddutycycle
.("zmslrucl&l1'l'1]1|1|.l.lLi8mavderzitivranddeieciorand?ndilsnmdillulurindex
.(Iorislnlntl{kcqucriuymodulatoranddemodulatorcircuitsandtrucetheirwavelbrms
.811111111110integratorcircuitandstudyitsrcsponscbychangingthefrequencyofinput
.Nimnlnr:integratorcircuit.andStudyitsrssponscbych-arlgingthefrequenciesofinpuz.
.Fimulzil:\Veii1bridgeoscillnlcrusing741l('and.?ndilsl'|'eqli:r1c?xnl?(')scillmions
.Simululs.-'\m\'using,741and?nditsdutycycle
TSimulul:Amvusingtimerl('.
Timc:2hours
I.ExperimentQuestions
ll.Spottings
ITI.
l.
5,1
F"r?
7.
8.
9.
FACULTYOFSCIENCE
BSc.IVSemester(Practical)Examination-ZOIS
Subject:MICROBIOLOGY
QUESTIONBANK
Max.Marks:25
(l2Marks)
I-?indoutlhcquantity0|?Proteinpresentinthegivensamplebyl3iuret-?l..owr_v?s
methodandplotatstandardgraphofproteinbycalorimetry(Theexaminerwill
provideunknownsampleandnecessaryreagents).
lllldoutthuamountofDNApresen?.inthegivenstunplebyDiphcxrvlamine
methodandplotastandardgraphofDNAb)?caloriznelry{Thecxairtiticrwill
provideunknmvnsampleandncccssairyreagents).
PlotastandardgraphofRNAbycalorimetryusingOrcinolmethodandfindout
thequantity01'RNApresenti|1thegivensample(Theexaminerwillprovide
unknownsampleamttlcccssisryruagcnts).
IsolalcgctiomicDNAfromthegivensample.Observeandreporttheresult.
Asampleisprovidedtoyou.Dcmonstratcclcclrophorcticseparationbyusing
Agarosegelelectrophoresisandllttcrprotyourresult.
ProblemsrelatedtoDBA.RNAcharacteristics,'l'ranscriptionandlranslation
(Theexaminerscanprepareproblemstobesolvedbythestudents].
(4.\Z=8Marks)
(Talotimclcr
Ciu-"elle
Micropipcttc
l0.Centrifuge
ll
I2
l3
l4
_-
J
l6
l7
l8
l9
2U
Record&viva
.PCRkit
.(iclclcctropltoresisunit
.DNSreagentxvitl:label
.Tl?buffet"
'.DiagrammalicalrepresentationofIatoperott
.Biuretreagentwithlabel
.Orcinolreagentwithlabel
.GraphshowingtheestimationofDNAwithlahul
.(iraphshoivingtht?.osliitlationofRNAwithlabel
.(irapnshowingtheestimationofProteinwithlabel
(5Marks)
DSC?1I)
Paper-BS404(Practicals):BIOCHEMICALPREPARATIONSANDSEPARATIONS
(1Credits;2I-lrlwcekj
QUESTIONBANK
Duration2hoursII/lax.Nlarks25
l.WritethePrinciplesforthefollowingexperiments5[Vlarlts
.AbsorptioninaximaofColouredsubstances
.Absorptionspectraol?Pmteins
.Absorptionspectra0I'D.\IA
.IsolationofCascinfrommilk
.Isolationofchulcslcrol
Paper(Ihmmiit?gfiiphy
.?IhinLayerChromatography
Qf?l?tj?w}
2.MajorExperimentl0Marks
.Absorptionmaxima0i?colouredsubstances
.Absorptionspectram?proteins
.Absorptionspectraol"l\'ucleicacids:
.SeparationofAminoacidsby"Papci?chromatography
Separationofplantpigmcnlxby?TLC
;r|:r*.-G>
3.
MinorExperiment5Mark?
A.
IsolationofbggalbuminIiomeggwhile
B.
Isolationof('la.s'einfromMilk
(I.Isolation(sfslziruhfrompotato
D.Isolzilionof?cholesterolfromeggyolk
4.Viva-VoccandRccord5Marks
,1
ENDSEMESTERHANl.PRACTICALMODELPAPER
SEMESTERIV
APPLIEDNIJTRITION&PUBLIC.HEALTH
PAPIILR:IFANIILY&COMMUNITYNUTRITION
TIME:ZHRSMAXMARKS:ZS
1.
winetheRDA(axmtms)
2.
Planadafsdietforthegivenagegroup(SMARKS)
a.
Adulthood
b.Pregnantwomen
c.
Lactatingmulhei?
d.
Schoolgoingchild
u.Adolescent
I?.Oldagegroup
3.CalculatetheNutritivevaluelbranytwoNutrientsofimpomuiuuf?MARKS)
4.Preparation&displayofthcdictiQMARKS}
5.Record(SIVIARKSI
?=i
i?QWWG???-,~_\\?\\?-??
'-'ems.?
ofduabnwe?z?
25's?)
?gigging?
<58??
ENDSEMESTERPRACTICALEXAMINATION
SEMESTER4
CLINICALNUTRITIONANDDIl-YIIIIFICS
PAPER-?FOOI)SCIENCE
Time:2l-lrsMaxMarks:25
I.Writetherecipe[or2portionsofanyoneofthefollowingrecipes
andincoqmrzilein2|Menu(l0Marks)
a.(ihincseFriedRice
b.LcmunRice-
c.lllasalaRajmzi
d.
(Iholc
e.Vegetableso?noodles
I?.PalakPanccr
TomatoSOUP
Chutneysandivlch
P"?
(Iarrotllalwa
j.VemiicelliKIICOI?
IQ
PreparationanddisplayoFzmyone0Ftheabovementionedrecipes(lllMarks]
1s.
Napkinliold(2Marks)
4.PracticalI{t?L~tll'd(3Mark's)
h.)
u:
'.J\
(l.
PAMM
nit/uni?
PracticalQuestionBunk
l?indthelltiekltessofuwireusingwedgeluethotl
DeterminethewavelengthoflighttisirtgBiprisrtt
IindRzttlittsofcurvztttlre01'agiveneunvcxlensusing.\I??\~1on?sringsmethod
FindtheresolvingpowerofPrism
Finddispersivepowerofaprism
liiltdthespeci?crotationofagivensugarsolutiontlsingpiuliimeter
Determinethcvravelengthoflightusingminimumdeviationmethod
Deltrrrtinuthewavtriength01'lightusingitormalincidencemethod
Detsrlnincresolvingpowerc-f-itgiventelescope
.
l-ilttltherefractiveindexofagivenliquidusingBoysmethod
.lindiheJefructiveindextrial\~?tterusingpulfrich1'6?'2'lCl0l'lk?l6l'
i.Uett-rlnincthewavelength0t"givenl-itsertlsittgdilli-zlctiortgrating
B.ScIIYr[IVSemester]ChemistryPracticalExamination
PaperIV~Quantitativeanalysis
?
II
QuestionBank
QuestionPaperPattern:
A.QucstinnforPrinciple\Vrit'illg
B.MainExperimentQuestion
A.QuestionsforthePrincipleVl/riting:
Anyoneamongthefollowingmayhegiven:
lWritetheprincipletlfctlntluctometrictitrationofastrongacidvsstrongbase.
Z.Givetheprincipleofconductometrictitrationofaweakacidvsstrongbase.
3.Writetheprincipleofpotcntitumetrictitrationofastrongacidvsstrongbase.
4.Git-ctltcprincipleofpotentiometrictitrationoliaweakacidvsstrongbase.
5.WritetheprinciplefortheestimationofNiZaslNitDMGtg].
6.(iivetheprinciplefortheestimationofBa(II]bygravimctricanalysis.
B.QuestionsfortheMainExperiment
I.DeterminetheconcentrationofgivenHCIsolutionbyacontluctumetrictitrationwith
theprovidedstandard0.5MNAOIlsolution.
2.Determinetheconcentrationofgivent\'<'lOllsolutionbyaccnductumctrir
titrationwiththeprovidedstandard0.lN1ll(.'lsolution.
3.Determinetheconceittratitunofgiven(I1lxCOOi-lsolutionbyaconrlnctontetrictitration
withthcprovidedstandard0.5MNaOllsolution.
4.Determinethooonccntr-xititttiofgivenNaOHsolutionbyacortductomctrivtitration
withtheprovidedstandard0.1.\'tNaOHsolution.
5.DctcrmincthoconcctttratiunofgivenHCIsolutionbyPotcntionictricallyusingstandard
0.5MNaOHsolutionprovided.
o.DctcrntinctheconcentrationofgivenNaOlIsolutionbyPotcutiomctricall)?using
stutttlairtl0.lMHClsolutionprovided.
7.Dctcrntinctheconcentraliotiofgiven(TllgCOOilsolutionbyPotentiometricallyusing
standard0.5M"MIDI-lsolutionprovided.
X.DeterminetheconcentrationofgivenNztOllsolutionby?Potciltiometricallyusing
standard0.1MNnOl-Isolutionprovided.
9.Estimatetheumotlnto1?Ni?:presentinthegivensolutionbybacktitrationtnetliod.You
areprovidedwithstandard.VlgSO4solution0.0ll\~landapproximately0.01MEDTA
solution.
l0.EstimatetheamountofBarium(ll)presentinthegivensolutionbyGravimctric
analysisusingdil.l~l;SO.=or(NIl,])2.q()&.
ll.EstimatetheatmountofsulphateasBaSCLxGravimetricallyinthegivm-insolutionusing
BaCl;solution.
SchemeofEvaluationforquestionsl-8
A.PrincipleWriling:(l5Marks
B.Experiment:l5Marks(Performingexperimentand?Yabulation-06marks,
Graph-05marks,Calculation-O3marksandResult?01mark)
C.Record&Viva:[ISMarks
TOTAL:25Fviarks
SchemeofEvaluationforgiles?ons9,10
A.PrincipleWriting:05Marks
B.Experiment:1SMarks(Weighing8cStandardization-04marks.Estimation~
04marks,Calculation-()4marksandResult-Olmark)
C.Record&Viva:05Marks
TOTAL:25lVlarks
lll.
IV.
5-?
B.SC(CBCS)BOTANY-[lYEAR
Semcstcr-IV-PaperIV
PlantAnatomy,EmbryologyandPalynology
i?
(A)Doublestaininglochniquu
Stem
1.Aclq-rant/m?
2.Boerhaavia
3.Bigriorxia
4.Dracaena
Root
I.Belavulgar/s
(B)Epidermalpeelo1?leaf
I.Parucytic
2.
Anisocytic
3.Anomocytic
4.Diacylii:
(C)PollenVl?lbllityTest(EvensBlue)
1.Hibiscus
(D)Embryology
l.'I'S0f'Anthci*
2.
Microsporangia
3.?Mcgasporangia
4.Embryo(l)icol.-?i?10n0C0t)
S.Typesofovules
aOrthotropus
b.Analmpus,
c.(Izimpylotropus
d.(?ircinotropus
c.Hemi-anatmpus
f.Amphitropus
(E)Palynology
l.Hibiscus
2.Acacia
3.
Grass
4.(Jcimun!~
(F)Anatomy(Woodstructure)
I.'l?cak(Teclonagrandis)
Rosewood(Dalbery-gialatqfblia)
Rodsanders(Pterocarpu-s?San/Minus)
Nallamadili(Ykmninaliatomertlosr/)
Nccm(Azadir?chrainr/iizu)P?PI?5*?
B.Sc.llYear
ZoologyPracticalSyllabusforIVSemester
CorePaper-IV
CellBiology,GeneticsandEvolution
QUESTIONBANK
WITHEFFECTFROM2017
Time:ZHIs.Max.Marks:25
l.Identify,Labelthediagramandwritesalientfeaturesofspots(04Spots][2x4
=8marks]
(Identi?cation1mark.Diagramandwriteup1mark)
Museumspecimens.slideslpiotures
Pcripatus
Coelacanthfish
Lepidosiren
Neoceratodus
Protopterus
Sphencdon
Archeopteriyx
Prophaseofmitosis/meiosis
Mataphaseofmitosis!me?osis
10.Anaphasecfmitosis/meiosis
l1.Tetophaseofmitosis/meiosis
12.Lampbrushchromosome
13.Polytencchromosome
$?.??.*?F>9>f-?.'?.-'
Qll.{4marks]
14.Squashpreparationofonionroottipsandidentficationofmitoticstages
15.Preparationandidentificationofdifferentstagesofmeiossi~1Grasshcppustestes.
Qlll.ProblemsonGenetics-Mendelianinheritance,LinkageandCrossingOverandSexLinked
Inheritance[3marks]
16.Ifaplanthomozygousfortalliscrossedwithone.|10?107yQOUSfordwarf.whatwzllbethe
appe?fa?wOftheF1;oitheF2;oftheoffspringofacrossofF.withitstallparent:withizsdwarf
pare?l?
1?.LettheallelefortallberepresentedbyTandtheallelefordwarfnessbyt.whatwillbethe
gametesproducedby2hr:parentsardthohoigr-tofrhoz?springrialordwarf)fromeachofthe
followingcrosses:Tfx!t,TTxTf;TfxTt?
18.Acertainpolledbut!isbredtothreecows.WithcowA,whichishornerlapollencalfisproduced;
withcowB,alsohorned,a~hornedcalfisproduced;withcowC.whichispolled.ahornedcalfis
produced.Wwatarethegenotypesofthefourparents.andwhatfurtheroffspring.inproportions
wouldyouexpectfromthesematings?Incattle.thepotledorhornlesseorditionPisdominant
overthehorned.p.
19.Assumethatawid-typefemaleDrosopirila.BBSS.withnormalgraybodyandred-colouredeyes
ismatedvzitnamutant-typemalehhss,v/itrulackhndycolctrandsepia-colouredeyesBy
followingthegeneraldirections,determinetheF~.genotypeAfter"hatingF?xF.whatclassesof
fliesmaybeexpeulediritheF;generation??
20.WhichineachofthefollowingascosporeanargententsinNeurospora.indicatefirst-division
segregationorsecond-divisionsegregation?
++cc
O+++
'5????++QQ++OQ
CC++
f2CCC
?l??tC'C
21.SupposethatInaNeurosporacrossgenesxandyaresegregating.llthefcllowngspore
arrangementswerefound.Whatwouldyouconcludeastothelocationof>randy?
4Q+4?
xyxy57
xyxy++++I50
22Fromthedatabelowcalculatethecrossovervaluebetweenblackandgrey:
l.Blackstraightxgreyare
F1xbfackare0Sgives:
Greystraight2B1
Greyare335
Blackstraight335
Blackare239
llBlackarexwi.dtype
F1xhlackare00gves:
GreystraightL641
Greyare1.254
Blackstraight1.180
Blackare1.532
23.Awomanwhosefatherwashaemophilic.butwho-snotherselfableecler.marriesanormalman
Whatisthechanceofhaemophiliairtheirchildren?
24.lfparentswithnormalvisionproducenormalandcolour-blindsonswhatproportionofthe
daughterswillbeheterozygoustorcolour-blindness?
25.Agirlofnormalvisionwhosefatherwascolour-blindmarriesamanofnormalvisior-whosefather
wasalsocolour-blind.Whattypeofvisioncanbeexpectedintheiroffspring?
QIV.Problemsfromevolution[3marks]
26.SupposeaSouthSeaInlandpopulationstartedwith10%blue-eyedand90%homozygous
orovrn-eyeupeople.Underthe.rtardy-Weinbergrulewnalw:.'lbeatequilibriumthepercentagesof
noterozygcles?0feachtypeofhomozygote?
27.Supposeapopulationhas100%ofpeoplewithblondgrouptypeA8.Whatwillbetheblood
groupsituationatequilibrium,assumingtheHardy-Weinberglawobtains?
28.UndertheHardy-Weinberglaw.whatisthefrequencyofgene?F??fitsonlyallele?p?is
homozygousin49%ofthepopulation?
0V.CertifiedpracticalRecord[3marks]
QVI.Album[GeneticsandEvolution?Photographs:OutOutswithAppropriateWriteUp]
[2marks]
Lampbrushandpolytenechromosomes
Studyofhomologyandanalogyfromsuitablespecimensandpictures.
'MacroevolutionusingDarwinfinches(Pictures)
Qvll.Viva-Voco[2marks]
B.Sc.llYozr
B.Sc.PRACTICALMODELPAPERFORIVSEMESTER
ZOOLOGY-COREPAPER-IV
CellBioIOQYiGonetiandEvolution
Time:2Hrs.Max.Marks:25
1.identification,labeleddiagramendsalientIeaturesofspots:
(O4spots)
2.?rcporcandluentifyMitoticdivisionswithonionrootlips:
3.OneProblemfromGenetics
4OneProblemlromEvolution
5.Certi?edpracticalrecord
6.Album
7.Vivavoce
f.)
u?
?J:
6.
.Design:.ll1(lcOl1Sll'1lCImmvusing.
EZEc/ir/zvb/i.417?JmzAQV
PruclimrzalQuesliouBank
(?onsaructinvertingampli?erusing()l?.-\\'li?"?41andfindilsgainusingDCam]AC?
1Jcsigi1anon-invci'lingzunplificrLisfng1C741and11ndgain1'01"DC?andAC?
(fonsuuclasummingzumpliliri"
Dcsignandumslruc;acumparulor"usingIC741
(?onstnmt.1Astahlcmultivihratorusing741IC
lksignumonavslalvlemullivibrzuorusing7411C
(fonslruclaninlegralurandstudyitsisulpulforSineandlrizmgularwaiveinputs
CmislruclaalilliculiailorciruiilmusingIC741and{inditsIIYSPLIIISCl0sincand
lrieuzgulziruuilvcs
{l1AVIVcircuitusingS??iimei-1Cand?ndiismintycycle
5andfinddutycycle
.("zmslrucl&l1'l'1]1|1|.l.lLi8mavderzitivranddeieciorand?ndilsnmdillulurindex
.(Iorislnlntl{kcqucriuymodulatoranddemodulatorcircuitsandtrucetheirwavelbrms
.811111111110integratorcircuitandstudyitsrcsponscbychangingthefrequencyofinput
.Nimnlnr:integratorcircuit.andStudyitsrssponscbych-arlgingthefrequenciesofinpuz.
.Fimulzil:\Veii1bridgeoscillnlcrusing741l('and.?ndilsl'|'eqli:r1c?xnl?(')scillmions
.Simululs.-'\m\'using,741and?nditsdutycycle
TSimulul:Amvusingtimerl('.
Timc:2hours
I.ExperimentQuestions
ll.Spottings
ITI.
l.
5,1
F"r?
7.
8.
9.
FACULTYOFSCIENCE
BSc.IVSemester(Practical)Examination-ZOIS
Subject:MICROBIOLOGY
QUESTIONBANK
Max.Marks:25
(l2Marks)
I-?indoutlhcquantity0|?Proteinpresentinthegivensamplebyl3iuret-?l..owr_v?s
methodandplotatstandardgraphofproteinbycalorimetry(Theexaminerwill
provideunknownsampleandnecessaryreagents).
lllldoutthuamountofDNApresen?.inthegivenstunplebyDiphcxrvlamine
methodandplotastandardgraphofDNAb)?caloriznelry{Thecxairtiticrwill
provideunknmvnsampleandncccssairyreagents).
PlotastandardgraphofRNAbycalorimetryusingOrcinolmethodandfindout
thequantity01'RNApresenti|1thegivensample(Theexaminerwillprovide
unknownsampleamttlcccssisryruagcnts).
IsolalcgctiomicDNAfromthegivensample.Observeandreporttheresult.
Asampleisprovidedtoyou.Dcmonstratcclcclrophorcticseparationbyusing
Agarosegelelectrophoresisandllttcrprotyourresult.
ProblemsrelatedtoDBA.RNAcharacteristics,'l'ranscriptionandlranslation
(Theexaminerscanprepareproblemstobesolvedbythestudents].
(4.\Z=8Marks)
(Talotimclcr
Ciu-"elle
Micropipcttc
l0.Centrifuge
ll
I2
l3
l4
_-
J
l6
l7
l8
l9
2U
Record&viva
.PCRkit
.(iclclcctropltoresisunit
.DNSreagentxvitl:label
.Tl?buffet"
'.DiagrammalicalrepresentationofIatoperott
.Biuretreagentwithlabel
.Orcinolreagentwithlabel
.GraphshowingtheestimationofDNAwithlahul
.(iraphshoivingtht?.osliitlationofRNAwithlabel
.(irapnshowingtheestimationofProteinwithlabel
(5Marks)
DSC?1I)
Paper-BS404(Practicals):BIOCHEMICALPREPARATIONSANDSEPARATIONS
(1Credits;2I-lrlwcekj
QUESTIONBANK
Duration2hoursII/lax.Nlarks25
l.WritethePrinciplesforthefollowingexperiments5[Vlarlts
.AbsorptioninaximaofColouredsubstances
.Absorptionspectraol?Pmteins
.Absorptionspectra0I'D.\IA
.IsolationofCascinfrommilk
.Isolationofchulcslcrol
Paper(Ihmmiit?gfiiphy
.?IhinLayerChromatography
Qf?l?tj?w}
2.MajorExperimentl0Marks
.Absorptionmaxima0i?colouredsubstances
.Absorptionspectram?proteins
.Absorptionspectraol"l\'ucleicacids:
.SeparationofAminoacidsby"Papci?chromatography
Separationofplantpigmcnlxby?TLC
;r|:r*.-G>
3.
MinorExperiment5Mark?
A.
IsolationofbggalbuminIiomeggwhile
B.
Isolationof('la.s'einfromMilk
(I.Isolation(sfslziruhfrompotato
D.Isolzilionof?cholesterolfromeggyolk
4.Viva-VoccandRccord5Marks
,1
ENDSEMESTERHANl.PRACTICALMODELPAPER
SEMESTERIV
APPLIEDNIJTRITION&PUBLIC.HEALTH
PAPIILR:IFANIILY&COMMUNITYNUTRITION
TIME:ZHRSMAXMARKS:ZS
1.
winetheRDA(axmtms)
2.
Planadafsdietforthegivenagegroup(SMARKS)
a.
Adulthood
b.Pregnantwomen
c.
Lactatingmulhei?
d.
Schoolgoingchild
u.Adolescent
I?.Oldagegroup
3.CalculatetheNutritivevaluelbranytwoNutrientsofimpomuiuuf?MARKS)
4.Preparation&displayofthcdictiQMARKS}
5.Record(SIVIARKSI
?=i
i?QWWG???-,~_\\?\\?-??
'-'ems.?
ofduabnwe?z?
25's?)
?gigging?
<58??
ENDSEMESTERPRACTICALEXAMINATION
SEMESTER4
CLINICALNUTRITIONANDDIl-YIIIIFICS
PAPER-?FOOI)SCIENCE
Time:2l-lrsMaxMarks:25
I.Writetherecipe[or2portionsofanyoneofthefollowingrecipes
andincoqmrzilein2|Menu(l0Marks)
a.(ihincseFriedRice
b.LcmunRice-
c.lllasalaRajmzi
d.
(Iholc
e.Vegetableso?noodles
I?.PalakPanccr
TomatoSOUP
Chutneysandivlch
P"?
(Iarrotllalwa
j.VemiicelliKIICOI?
IQ
PreparationanddisplayoFzmyone0Ftheabovementionedrecipes(lllMarks]
1s.
Napkinliold(2Marks)
4.PracticalI{t?L~tll'd(3Mark's)
Duratiun=2hours
l.MAJORI'R.-\(."I?I(IAI.S
l.
>?9.?":"'l?'!?
lI.l\
l.
2
3
4.
lll.
SPOTTERSIEXHIBITS
l.
4.?~:/-.+?e?.l~>
?IINOR
PRACTICALS
B.Sc(icneticsllYEAR
l\~?-SEMESTER
MICROBIAL(JENWIICSANDGENETICENGINEERING(B8406)
QUl<1S'l?l0NBANKFORPRACTICALS
Tofal=25M
lxl0=10M
Gramsmininlg
Bacterialgrowthcurve
Isolationof?Lwactcria
Inductionandisolationofnmtaxltsinbacteria
l-?rcparzuionofcolnpelenlcellsofbacteria
Ampli?culionofgeneofinterestbyPCR
Rcstricliondigestionanally-sis
1x5
=
5N1
Slcrilizalioumethods
.Mediacannpositionandprcparaliola
Puri?cationand1n21i11lcnzn1ccofbacterialcultures
PmbluunsonRestrictionmapping
Displayofbznclerialmedia
Displayofanysterilizationequipments?
Images0Flmnslbrlnation,Conjugation,lnlcrruptudmaling,Transduction
ImagesofVectors:PBR322,PUC,(Ins-mid,Yeastvectors
Images01'BlottingTechniques
Aniihioticresislanuce.Bluewhilecolonyscr?cningmethods
.Imagesofl-Iumulin.B1Cotton,Goldenrice,Phytorcnzediulion,Biorennediation
8.DispizyvofIndustrialpfO?lllCl?-CheeseFfoghun
IV.RECORD&VIVA
I1?;
h.)
u:
'.J\
(l.
PAMM
nit/uni?
PracticalQuestionBunk
l?indthelltiekltessofuwireusingwedgeluethotl
DeterminethewavelengthoflighttisirtgBiprisrtt
IindRzttlittsofcurvztttlre01'agiveneunvcxlensusing.\I??\~1on?sringsmethod
FindtheresolvingpowerofPrism
Finddispersivepowerofaprism
liiltdthespeci?crotationofagivensugarsolutiontlsingpiuliimeter
Determinethcvravelengthoflightusingminimumdeviationmethod
Deltrrrtinuthewavtriength01'lightusingitormalincidencemethod
Detsrlnincresolvingpowerc-f-itgiventelescope
.
l-ilttltherefractiveindexofagivenliquidusingBoysmethod
.lindiheJefructiveindextrial\~?tterusingpulfrich1'6?'2'lCl0l'lk?l6l'
i.Uett-rlnincthewavelength0t"givenl-itsertlsittgdilli-zlctiortgrating
B.ScIIYr[IVSemester]ChemistryPracticalExamination
PaperIV~Quantitativeanalysis
?
II
QuestionBank
QuestionPaperPattern:
A.QucstinnforPrinciple\Vrit'illg
B.MainExperimentQuestion
A.QuestionsforthePrincipleVl/riting:
Anyoneamongthefollowingmayhegiven:
lWritetheprincipletlfctlntluctometrictitrationofastrongacidvsstrongbase.
Z.Givetheprincipleofconductometrictitrationofaweakacidvsstrongbase.
3.Writetheprincipleofpotcntitumetrictitrationofastrongacidvsstrongbase.
4.Git-ctltcprincipleofpotentiometrictitrationoliaweakacidvsstrongbase.
5.WritetheprinciplefortheestimationofNiZaslNitDMGtg].
6.(iivetheprinciplefortheestimationofBa(II]bygravimctricanalysis.
B.QuestionsfortheMainExperiment
I.DeterminetheconcentrationofgivenHCIsolutionbyacontluctumetrictitrationwith
theprovidedstandard0.5MNAOIlsolution.
2.Determinetheconcentrationofgivent\'<'lOllsolutionbyaccnductumctrir
titrationwiththeprovidedstandard0.lN1ll(.'lsolution.
3.Determinetheconceittratitunofgiven(I1lxCOOi-lsolutionbyaconrlnctontetrictitration
withthcprovidedstandard0.5MNaOllsolution.
4.Determinethooonccntr-xititttiofgivenNaOHsolutionbyacortductomctrivtitration
withtheprovidedstandard0.1.\'tNaOHsolution.
5.DctcrmincthoconcctttratiunofgivenHCIsolutionbyPotcntionictricallyusingstandard
0.5MNaOHsolutionprovided.
o.DctcrntinctheconcentrationofgivenNaOlIsolutionbyPotcutiomctricall)?using
stutttlairtl0.lMHClsolutionprovided.
7.Dctcrntinctheconcentraliotiofgiven(TllgCOOilsolutionbyPotentiometricallyusing
standard0.5M"MIDI-lsolutionprovided.
X.DeterminetheconcentrationofgivenNztOllsolutionby?Potciltiometricallyusing
standard0.1MNnOl-Isolutionprovided.
9.Estimatetheumotlnto1?Ni?:presentinthegivensolutionbybacktitrationtnetliod.You
areprovidedwithstandard.VlgSO4solution0.0ll\~landapproximately0.01MEDTA
solution.
l0.EstimatetheamountofBarium(ll)presentinthegivensolutionbyGravimctric
analysisusingdil.l~l;SO.=or(NIl,])2.q()&.
ll.EstimatetheatmountofsulphateasBaSCLxGravimetricallyinthegivm-insolutionusing
BaCl;solution.
SchemeofEvaluationforquestionsl-8
A.PrincipleWriling:(l5Marks
B.Experiment:l5Marks(Performingexperimentand?Yabulation-06marks,
Graph-05marks,Calculation-O3marksandResult?01mark)
C.Record&Viva:[ISMarks
TOTAL:25Fviarks
SchemeofEvaluationforgiles?ons9,10
A.PrincipleWriting:05Marks
B.Experiment:1SMarks(Weighing8cStandardization-04marks.Estimation~
04marks,Calculation-()4marksandResult-Olmark)
C.Record&Viva:05Marks
TOTAL:25lVlarks
lll.
IV.
5-?
B.SC(CBCS)BOTANY-[lYEAR
Semcstcr-IV-PaperIV
PlantAnatomy,EmbryologyandPalynology
i?
(A)Doublestaininglochniquu
Stem
1.Aclq-rant/m?
2.Boerhaavia
3.Bigriorxia
4.Dracaena
Root
I.Belavulgar/s
(B)Epidermalpeelo1?leaf
I.Parucytic
2.
Anisocytic
3.Anomocytic
4.Diacylii:
(C)PollenVl?lbllityTest(EvensBlue)
1.Hibiscus
(D)Embryology
l.'I'S0f'Anthci*
2.
Microsporangia
3.?Mcgasporangia
4.Embryo(l)icol.-?i?10n0C0t)
S.Typesofovules
aOrthotropus
b.Analmpus,
c.(Izimpylotropus
d.(?ircinotropus
c.Hemi-anatmpus
f.Amphitropus
(E)Palynology
l.Hibiscus
2.Acacia
3.
Grass
4.(Jcimun!~
(F)Anatomy(Woodstructure)
I.'l?cak(Teclonagrandis)
Rosewood(Dalbery-gialatqfblia)
Rodsanders(Pterocarpu-s?San/Minus)
Nallamadili(Ykmninaliatomertlosr/)
Nccm(Azadir?chrainr/iizu)P?PI?5*?
B.Sc.llYear
ZoologyPracticalSyllabusforIVSemester
CorePaper-IV
CellBiology,GeneticsandEvolution
QUESTIONBANK
WITHEFFECTFROM2017
Time:ZHIs.Max.Marks:25
l.Identify,Labelthediagramandwritesalientfeaturesofspots(04Spots][2x4
=8marks]
(Identi?cation1mark.Diagramandwriteup1mark)
Museumspecimens.slideslpiotures
Pcripatus
Coelacanthfish
Lepidosiren
Neoceratodus
Protopterus
Sphencdon
Archeopteriyx
Prophaseofmitosis/meiosis
Mataphaseofmitosis!me?osis
10.Anaphasecfmitosis/meiosis
l1.Tetophaseofmitosis/meiosis
12.Lampbrushchromosome
13.Polytencchromosome
$?.??.*?F>9>f-?.'?.-'
Qll.{4marks]
14.Squashpreparationofonionroottipsandidentficationofmitoticstages
15.Preparationandidentificationofdifferentstagesofmeiossi~1Grasshcppustestes.
Qlll.ProblemsonGenetics-Mendelianinheritance,LinkageandCrossingOverandSexLinked
Inheritance[3marks]
16.Ifaplanthomozygousfortalliscrossedwithone.|10?107yQOUSfordwarf.whatwzllbethe
appe?fa?wOftheF1;oitheF2;oftheoffspringofacrossofF.withitstallparent:withizsdwarf
pare?l?
1?.LettheallelefortallberepresentedbyTandtheallelefordwarfnessbyt.whatwillbethe
gametesproducedby2hr:parentsardthohoigr-tofrhoz?springrialordwarf)fromeachofthe
followingcrosses:Tfx!t,TTxTf;TfxTt?
18.Acertainpolledbut!isbredtothreecows.WithcowA,whichishornerlapollencalfisproduced;
withcowB,alsohorned,a~hornedcalfisproduced;withcowC.whichispolled.ahornedcalfis
produced.Wwatarethegenotypesofthefourparents.andwhatfurtheroffspring.inproportions
wouldyouexpectfromthesematings?Incattle.thepotledorhornlesseorditionPisdominant
overthehorned.p.
19.Assumethatawid-typefemaleDrosopirila.BBSS.withnormalgraybodyandred-colouredeyes
ismatedvzitnamutant-typemalehhss,v/itrulackhndycolctrandsepia-colouredeyesBy
followingthegeneraldirections,determinetheF~.genotypeAfter"hatingF?xF.whatclassesof
fliesmaybeexpeulediritheF;generation??
20.WhichineachofthefollowingascosporeanargententsinNeurospora.indicatefirst-division
segregationorsecond-divisionsegregation?
++cc
O+++
'5????++QQ++OQ
CC++
f2CCC
?l??tC'C
21.SupposethatInaNeurosporacrossgenesxandyaresegregating.llthefcllowngspore
arrangementswerefound.Whatwouldyouconcludeastothelocationof>randy?
4Q+4?
xyxy57
xyxy++++I50
22Fromthedatabelowcalculatethecrossovervaluebetweenblackandgrey:
l.Blackstraightxgreyare
F1xbfackare0Sgives:
Greystraight2B1
Greyare335
Blackstraight335
Blackare239
llBlackarexwi.dtype
F1xhlackare00gves:
GreystraightL641
Greyare1.254
Blackstraight1.180
Blackare1.532
23.Awomanwhosefatherwashaemophilic.butwho-snotherselfableecler.marriesanormalman
Whatisthechanceofhaemophiliairtheirchildren?
24.lfparentswithnormalvisionproducenormalandcolour-blindsonswhatproportionofthe
daughterswillbeheterozygoustorcolour-blindness?
25.Agirlofnormalvisionwhosefatherwascolour-blindmarriesamanofnormalvisior-whosefather
wasalsocolour-blind.Whattypeofvisioncanbeexpectedintheiroffspring?
QIV.Problemsfromevolution[3marks]
26.SupposeaSouthSeaInlandpopulationstartedwith10%blue-eyedand90%homozygous
orovrn-eyeupeople.Underthe.rtardy-Weinbergrulewnalw:.'lbeatequilibriumthepercentagesof
noterozygcles?0feachtypeofhomozygote?
27.Supposeapopulationhas100%ofpeoplewithblondgrouptypeA8.Whatwillbetheblood
groupsituationatequilibrium,assumingtheHardy-Weinberglawobtains?
28.UndertheHardy-Weinberglaw.whatisthefrequencyofgene?F??fitsonlyallele?p?is
homozygousin49%ofthepopulation?
0V.CertifiedpracticalRecord[3marks]
QVI.Album[GeneticsandEvolution?Photographs:OutOutswithAppropriateWriteUp]
[2marks]
Lampbrushandpolytenechromosomes
Studyofhomologyandanalogyfromsuitablespecimensandpictures.
'MacroevolutionusingDarwinfinches(Pictures)
Qvll.Viva-Voco[2marks]
B.Sc.llYozr
B.Sc.PRACTICALMODELPAPERFORIVSEMESTER
ZOOLOGY-COREPAPER-IV
CellBioIOQYiGonetiandEvolution
Time:2Hrs.Max.Marks:25
1.identification,labeleddiagramendsalientIeaturesofspots:
(O4spots)
2.?rcporcandluentifyMitoticdivisionswithonionrootlips:
3.OneProblemfromGenetics
4OneProblemlromEvolution
5.Certi?edpracticalrecord
6.Album
7.Vivavoce
f.)
u?
?J:
6.
.Design:.ll1(lcOl1Sll'1lCImmvusing.
EZEc/ir/zvb/i.417?JmzAQV
PruclimrzalQuesliouBank
(?onsaructinvertingampli?erusing()l?.-\\'li?"?41andfindilsgainusingDCam]AC?
1Jcsigi1anon-invci'lingzunplificrLisfng1C741and11ndgain1'01"DC?andAC?
(fonsuuclasummingzumpliliri"
Dcsignandumslruc;acumparulor"usingIC741
(?onstnmt.1Astahlcmultivihratorusing741IC
lksignumonavslalvlemullivibrzuorusing7411C
(fonslruclaninlegralurandstudyitsisulpulforSineandlrizmgularwaiveinputs
CmislruclaalilliculiailorciruiilmusingIC741and{inditsIIYSPLIIISCl0sincand
lrieuzgulziruuilvcs
{l1AVIVcircuitusingS??iimei-1Cand?ndiismintycycle
5andfinddutycycle
.("zmslrucl&l1'l'1]1|1|.l.lLi8mavderzitivranddeieciorand?ndilsnmdillulurindex
.(Iorislnlntl{kcqucriuymodulatoranddemodulatorcircuitsandtrucetheirwavelbrms
.811111111110integratorcircuitandstudyitsrcsponscbychangingthefrequencyofinput
.Nimnlnr:integratorcircuit.andStudyitsrssponscbych-arlgingthefrequenciesofinpuz.
.Fimulzil:\Veii1bridgeoscillnlcrusing741l('and.?ndilsl'|'eqli:r1c?xnl?(')scillmions
.Simululs.-'\m\'using,741and?nditsdutycycle
TSimulul:Amvusingtimerl('.
Timc:2hours
I.ExperimentQuestions
ll.Spottings
ITI.
l.
5,1
F"r?
7.
8.
9.
FACULTYOFSCIENCE
BSc.IVSemester(Practical)Examination-ZOIS
Subject:MICROBIOLOGY
QUESTIONBANK
Max.Marks:25
(l2Marks)
I-?indoutlhcquantity0|?Proteinpresentinthegivensamplebyl3iuret-?l..owr_v?s
methodandplotatstandardgraphofproteinbycalorimetry(Theexaminerwill
provideunknownsampleandnecessaryreagents).
lllldoutthuamountofDNApresen?.inthegivenstunplebyDiphcxrvlamine
methodandplotastandardgraphofDNAb)?caloriznelry{Thecxairtiticrwill
provideunknmvnsampleandncccssairyreagents).
PlotastandardgraphofRNAbycalorimetryusingOrcinolmethodandfindout
thequantity01'RNApresenti|1thegivensample(Theexaminerwillprovide
unknownsampleamttlcccssisryruagcnts).
IsolalcgctiomicDNAfromthegivensample.Observeandreporttheresult.
Asampleisprovidedtoyou.Dcmonstratcclcclrophorcticseparationbyusing
Agarosegelelectrophoresisandllttcrprotyourresult.
ProblemsrelatedtoDBA.RNAcharacteristics,'l'ranscriptionandlranslation
(Theexaminerscanprepareproblemstobesolvedbythestudents].
(4.\Z=8Marks)
(Talotimclcr
Ciu-"elle
Micropipcttc
l0.Centrifuge
ll
I2
l3
l4
_-
J
l6
l7
l8
l9
2U
Record&viva
.PCRkit
.(iclclcctropltoresisunit
.DNSreagentxvitl:label
.Tl?buffet"
'.DiagrammalicalrepresentationofIatoperott
.Biuretreagentwithlabel
.Orcinolreagentwithlabel
.GraphshowingtheestimationofDNAwithlahul
.(iraphshoivingtht?.osliitlationofRNAwithlabel
.(irapnshowingtheestimationofProteinwithlabel
(5Marks)
DSC?1I)
Paper-BS404(Practicals):BIOCHEMICALPREPARATIONSANDSEPARATIONS
(1Credits;2I-lrlwcekj
QUESTIONBANK
Duration2hoursII/lax.Nlarks25
l.WritethePrinciplesforthefollowingexperiments5[Vlarlts
.AbsorptioninaximaofColouredsubstances
.Absorptionspectraol?Pmteins
.Absorptionspectra0I'D.\IA
.IsolationofCascinfrommilk
.Isolationofchulcslcrol
Paper(Ihmmiit?gfiiphy
.?IhinLayerChromatography
Qf?l?tj?w}
2.MajorExperimentl0Marks
.Absorptionmaxima0i?colouredsubstances
.Absorptionspectram?proteins
.Absorptionspectraol"l\'ucleicacids:
.SeparationofAminoacidsby"Papci?chromatography
Separationofplantpigmcnlxby?TLC
;r|:r*.-G>
3.
MinorExperiment5Mark?
A.
IsolationofbggalbuminIiomeggwhile
B.
Isolationof('la.s'einfromMilk
(I.Isolation(sfslziruhfrompotato
D.Isolzilionof?cholesterolfromeggyolk
4.Viva-VoccandRccord5Marks
,1
ENDSEMESTERHANl.PRACTICALMODELPAPER
SEMESTERIV
APPLIEDNIJTRITION&PUBLIC.HEALTH
PAPIILR:IFANIILY&COMMUNITYNUTRITION
TIME:ZHRSMAXMARKS:ZS
1.
winetheRDA(axmtms)
2.
Planadafsdietforthegivenagegroup(SMARKS)
a.
Adulthood
b.Pregnantwomen
c.
Lactatingmulhei?
d.
Schoolgoingchild
u.Adolescent
I?.Oldagegroup
3.CalculatetheNutritivevaluelbranytwoNutrientsofimpomuiuuf?MARKS)
4.Preparation&displayofthcdictiQMARKS}
5.Record(SIVIARKSI
?=i
i?QWWG???-,~_\\?\\?-??
'-'ems.?
ofduabnwe?z?
25's?)
?gigging?
<58??
ENDSEMESTERPRACTICALEXAMINATION
SEMESTER4
CLINICALNUTRITIONANDDIl-YIIIIFICS
PAPER-?FOOI)SCIENCE
Time:2l-lrsMaxMarks:25
I.Writetherecipe[or2portionsofanyoneofthefollowingrecipes
andincoqmrzilein2|Menu(l0Marks)
a.(ihincseFriedRice
b.LcmunRice-
c.lllasalaRajmzi
d.
(Iholc
e.Vegetableso?noodles
I?.PalakPanccr
TomatoSOUP
Chutneysandivlch
P"?
(Iarrotllalwa
j.VemiicelliKIICOI?
IQ
PreparationanddisplayoFzmyone0Ftheabovementionedrecipes(lllMarks]
1s.
Napkinliold(2Marks)
4.PracticalI{t?L~tll'd(3Mark's)
Duratiun=2hours
l.MAJORI'R.-\(."I?I(IAI.S
l.
>?9.?":"'l?'!?
lI.l\
l.
2
3
4.
lll.
SPOTTERSIEXHIBITS
l.
4.?~:/-.+?e?.l~>
?IINOR
PRACTICALS
B.Sc(icneticsllYEAR
l\~?-SEMESTER
MICROBIAL(JENWIICSANDGENETICENGINEERING(B8406)
QUl<1S'l?l0NBANKFORPRACTICALS
Tofal=25M
lxl0=10M
Gramsmininlg
Bacterialgrowthcurve
Isolationof?Lwactcria
Inductionandisolationofnmtaxltsinbacteria
l-?rcparzuionofcolnpelenlcellsofbacteria
Ampli?culionofgeneofinterestbyPCR
Rcstricliondigestionanally-sis
1x5
=
5N1
Slcrilizalioumethods
.Mediacannpositionandprcparaliola
Puri?cationand1n21i11lcnzn1ccofbacterialcultures
PmbluunsonRestrictionmapping
Displayofbznclerialmedia
Displayofanysterilizationequipments?
Images0Flmnslbrlnation,Conjugation,lnlcrruptudmaling,Transduction
ImagesofVectors:PBR322,PUC,(Ins-mid,Yeastvectors
Images01'BlottingTechniques
Aniihioticresislanuce.Bluewhilecolonyscr?cningmethods
.Imagesofl-Iumulin.B1Cotton,Goldenrice,Phytorcnzediulion,Biorennediation
8.DispizyvofIndustrialpfO?lllCl?-CheeseFfoghun
IV.RECORD&VIVA
I1?;
2.8.1
.Showthatthemappingf(x:+bi)
PracticalsQuestionBank
Algebra
Unit-l
.Showthat{L23}undermultiplicationmodulo-lisnotagroupbutthat{L2.3.4}nrldcr
multiplicationmodulo5isagroup.
.LctGbeagroupwiththepropertythatforanyx._\'.zillthegroup.ry=:.rimpliesy=z.
ProvethatGisAbcliarl.
.Provethatthesetofall3x3matriceswithrealentriesofthefonn
(lab
k??f/
isagroupundermultiplication.
.LctGbethegroupofpolynomialsunderadditionwithcoefficientsfromZm.Findtheorders
ofj(.-r)=11?+51+4.9m=-l1?+s:+0.and1(1)+9(1)
.lfaisanelementofagroupGandIn]=7.showthataisthecubeofsomeclcmcrltofG.
.Suppomthat(n).(b)and(c)arecyclicgroupsoforders6.8.and20.rospcctivclv.Findall
generatorsof(n).(b).and(c).
.HowmanysubgroupsdocsZ10have?Listageneratorforeachofthesesubgroups.
.CorlsirlcrthesetH.8.12.16).Showthatthisactisagroupundermultiplicationmodulo20
byconstructingitsCnylcytable.Whatisthcidcrltityclcnlcrlt?lsthegroupcyclic?lfso.
?ndallofitsgenerators.
.Provethatagroupoforder4cannothaveasubgroupoforder3.
.Dctcrrnincwhetherthefollowingrwrruutationsarccvcrlorodd.
a.(I35)
h.(I356)
c.(13567)
d.(l2)(l34)(l52)
(I24a)(s52
1
).C.
Unit-lI
.Showthatthemappingn??>logmaisanisornorphisnfromR*undermultiplicationtoR
underaddition.
n
?
biisanautomorphismofthegroupofcomplex
numbersundcraddition.
.Findallofthcleftcosctsof{1.l1)inU(30).
28
h.)
u:
'.J\
(l.
PAMM
nit/uni?
PracticalQuestionBunk
l?indthelltiekltessofuwireusingwedgeluethotl
DeterminethewavelengthoflighttisirtgBiprisrtt
IindRzttlittsofcurvztttlre01'agiveneunvcxlensusing.\I??\~1on?sringsmethod
FindtheresolvingpowerofPrism
Finddispersivepowerofaprism
liiltdthespeci?crotationofagivensugarsolutiontlsingpiuliimeter
Determinethcvravelengthoflightusingminimumdeviationmethod
Deltrrrtinuthewavtriength01'lightusingitormalincidencemethod
Detsrlnincresolvingpowerc-f-itgiventelescope
.
l-ilttltherefractiveindexofagivenliquidusingBoysmethod
.lindiheJefructiveindextrial\~?tterusingpulfrich1'6?'2'lCl0l'lk?l6l'
i.Uett-rlnincthewavelength0t"givenl-itsertlsittgdilli-zlctiortgrating
B.ScIIYr[IVSemester]ChemistryPracticalExamination
PaperIV~Quantitativeanalysis
?
II
QuestionBank
QuestionPaperPattern:
A.QucstinnforPrinciple\Vrit'illg
B.MainExperimentQuestion
A.QuestionsforthePrincipleVl/riting:
Anyoneamongthefollowingmayhegiven:
lWritetheprincipletlfctlntluctometrictitrationofastrongacidvsstrongbase.
Z.Givetheprincipleofconductometrictitrationofaweakacidvsstrongbase.
3.Writetheprincipleofpotcntitumetrictitrationofastrongacidvsstrongbase.
4.Git-ctltcprincipleofpotentiometrictitrationoliaweakacidvsstrongbase.
5.WritetheprinciplefortheestimationofNiZaslNitDMGtg].
6.(iivetheprinciplefortheestimationofBa(II]bygravimctricanalysis.
B.QuestionsfortheMainExperiment
I.DeterminetheconcentrationofgivenHCIsolutionbyacontluctumetrictitrationwith
theprovidedstandard0.5MNAOIlsolution.
2.Determinetheconcentrationofgivent\'<'lOllsolutionbyaccnductumctrir
titrationwiththeprovidedstandard0.lN1ll(.'lsolution.
3.Determinetheconceittratitunofgiven(I1lxCOOi-lsolutionbyaconrlnctontetrictitration
withthcprovidedstandard0.5MNaOllsolution.
4.Determinethooonccntr-xititttiofgivenNaOHsolutionbyacortductomctrivtitration
withtheprovidedstandard0.1.\'tNaOHsolution.
5.DctcrmincthoconcctttratiunofgivenHCIsolutionbyPotcntionictricallyusingstandard
0.5MNaOHsolutionprovided.
o.DctcrntinctheconcentrationofgivenNaOlIsolutionbyPotcutiomctricall)?using
stutttlairtl0.lMHClsolutionprovided.
7.Dctcrntinctheconcentraliotiofgiven(TllgCOOilsolutionbyPotentiometricallyusing
standard0.5M"MIDI-lsolutionprovided.
X.DeterminetheconcentrationofgivenNztOllsolutionby?Potciltiometricallyusing
standard0.1MNnOl-Isolutionprovided.
9.Estimatetheumotlnto1?Ni?:presentinthegivensolutionbybacktitrationtnetliod.You
areprovidedwithstandard.VlgSO4solution0.0ll\~landapproximately0.01MEDTA
solution.
l0.EstimatetheamountofBarium(ll)presentinthegivensolutionbyGravimctric
analysisusingdil.l~l;SO.=or(NIl,])2.q()&.
ll.EstimatetheatmountofsulphateasBaSCLxGravimetricallyinthegivm-insolutionusing
BaCl;solution.
SchemeofEvaluationforquestionsl-8
A.PrincipleWriling:(l5Marks
B.Experiment:l5Marks(Performingexperimentand?Yabulation-06marks,
Graph-05marks,Calculation-O3marksandResult?01mark)
C.Record&Viva:[ISMarks
TOTAL:25Fviarks
SchemeofEvaluationforgiles?ons9,10
A.PrincipleWriting:05Marks
B.Experiment:1SMarks(Weighing8cStandardization-04marks.Estimation~
04marks,Calculation-()4marksandResult-Olmark)
C.Record&Viva:05Marks
TOTAL:25lVlarks
lll.
IV.
5-?
B.SC(CBCS)BOTANY-[lYEAR
Semcstcr-IV-PaperIV
PlantAnatomy,EmbryologyandPalynology
i?
(A)Doublestaininglochniquu
Stem
1.Aclq-rant/m?
2.Boerhaavia
3.Bigriorxia
4.Dracaena
Root
I.Belavulgar/s
(B)Epidermalpeelo1?leaf
I.Parucytic
2.
Anisocytic
3.Anomocytic
4.Diacylii:
(C)PollenVl?lbllityTest(EvensBlue)
1.Hibiscus
(D)Embryology
l.'I'S0f'Anthci*
2.
Microsporangia
3.?Mcgasporangia
4.Embryo(l)icol.-?i?10n0C0t)
S.Typesofovules
aOrthotropus
b.Analmpus,
c.(Izimpylotropus
d.(?ircinotropus
c.Hemi-anatmpus
f.Amphitropus
(E)Palynology
l.Hibiscus
2.Acacia
3.
Grass
4.(Jcimun!~
(F)Anatomy(Woodstructure)
I.'l?cak(Teclonagrandis)
Rosewood(Dalbery-gialatqfblia)
Rodsanders(Pterocarpu-s?San/Minus)
Nallamadili(Ykmninaliatomertlosr/)
Nccm(Azadir?chrainr/iizu)P?PI?5*?
B.Sc.llYear
ZoologyPracticalSyllabusforIVSemester
CorePaper-IV
CellBiology,GeneticsandEvolution
QUESTIONBANK
WITHEFFECTFROM2017
Time:ZHIs.Max.Marks:25
l.Identify,Labelthediagramandwritesalientfeaturesofspots(04Spots][2x4
=8marks]
(Identi?cation1mark.Diagramandwriteup1mark)
Museumspecimens.slideslpiotures
Pcripatus
Coelacanthfish
Lepidosiren
Neoceratodus
Protopterus
Sphencdon
Archeopteriyx
Prophaseofmitosis/meiosis
Mataphaseofmitosis!me?osis
10.Anaphasecfmitosis/meiosis
l1.Tetophaseofmitosis/meiosis
12.Lampbrushchromosome
13.Polytencchromosome
$?.??.*?F>9>f-?.'?.-'
Qll.{4marks]
14.Squashpreparationofonionroottipsandidentficationofmitoticstages
15.Preparationandidentificationofdifferentstagesofmeiossi~1Grasshcppustestes.
Qlll.ProblemsonGenetics-Mendelianinheritance,LinkageandCrossingOverandSexLinked
Inheritance[3marks]
16.Ifaplanthomozygousfortalliscrossedwithone.|10?107yQOUSfordwarf.whatwzllbethe
appe?fa?wOftheF1;oitheF2;oftheoffspringofacrossofF.withitstallparent:withizsdwarf
pare?l?
1?.LettheallelefortallberepresentedbyTandtheallelefordwarfnessbyt.whatwillbethe
gametesproducedby2hr:parentsardthohoigr-tofrhoz?springrialordwarf)fromeachofthe
followingcrosses:Tfx!t,TTxTf;TfxTt?
18.Acertainpolledbut!isbredtothreecows.WithcowA,whichishornerlapollencalfisproduced;
withcowB,alsohorned,a~hornedcalfisproduced;withcowC.whichispolled.ahornedcalfis
produced.Wwatarethegenotypesofthefourparents.andwhatfurtheroffspring.inproportions
wouldyouexpectfromthesematings?Incattle.thepotledorhornlesseorditionPisdominant
overthehorned.p.
19.Assumethatawid-typefemaleDrosopirila.BBSS.withnormalgraybodyandred-colouredeyes
ismatedvzitnamutant-typemalehhss,v/itrulackhndycolctrandsepia-colouredeyesBy
followingthegeneraldirections,determinetheF~.genotypeAfter"hatingF?xF.whatclassesof
fliesmaybeexpeulediritheF;generation??
20.WhichineachofthefollowingascosporeanargententsinNeurospora.indicatefirst-division
segregationorsecond-divisionsegregation?
++cc
O+++
'5????++QQ++OQ
CC++
f2CCC
?l??tC'C
21.SupposethatInaNeurosporacrossgenesxandyaresegregating.llthefcllowngspore
arrangementswerefound.Whatwouldyouconcludeastothelocationof>randy?
4Q+4?
xyxy57
xyxy++++I50
22Fromthedatabelowcalculatethecrossovervaluebetweenblackandgrey:
l.Blackstraightxgreyare
F1xbfackare0Sgives:
Greystraight2B1
Greyare335
Blackstraight335
Blackare239
llBlackarexwi.dtype
F1xhlackare00gves:
GreystraightL641
Greyare1.254
Blackstraight1.180
Blackare1.532
23.Awomanwhosefatherwashaemophilic.butwho-snotherselfableecler.marriesanormalman
Whatisthechanceofhaemophiliairtheirchildren?
24.lfparentswithnormalvisionproducenormalandcolour-blindsonswhatproportionofthe
daughterswillbeheterozygoustorcolour-blindness?
25.Agirlofnormalvisionwhosefatherwascolour-blindmarriesamanofnormalvisior-whosefather
wasalsocolour-blind.Whattypeofvisioncanbeexpectedintheiroffspring?
QIV.Problemsfromevolution[3marks]
26.SupposeaSouthSeaInlandpopulationstartedwith10%blue-eyedand90%homozygous
orovrn-eyeupeople.Underthe.rtardy-Weinbergrulewnalw:.'lbeatequilibriumthepercentagesof
noterozygcles?0feachtypeofhomozygote?
27.Supposeapopulationhas100%ofpeoplewithblondgrouptypeA8.Whatwillbetheblood
groupsituationatequilibrium,assumingtheHardy-Weinberglawobtains?
28.UndertheHardy-Weinberglaw.whatisthefrequencyofgene?F??fitsonlyallele?p?is
homozygousin49%ofthepopulation?
0V.CertifiedpracticalRecord[3marks]
QVI.Album[GeneticsandEvolution?Photographs:OutOutswithAppropriateWriteUp]
[2marks]
Lampbrushandpolytenechromosomes
Studyofhomologyandanalogyfromsuitablespecimensandpictures.
'MacroevolutionusingDarwinfinches(Pictures)
Qvll.Viva-Voco[2marks]
B.Sc.llYozr
B.Sc.PRACTICALMODELPAPERFORIVSEMESTER
ZOOLOGY-COREPAPER-IV
CellBioIOQYiGonetiandEvolution
Time:2Hrs.Max.Marks:25
1.identification,labeleddiagramendsalientIeaturesofspots:
(O4spots)
2.?rcporcandluentifyMitoticdivisionswithonionrootlips:
3.OneProblemfromGenetics
4OneProblemlromEvolution
5.Certi?edpracticalrecord
6.Album
7.Vivavoce
f.)
u?
?J:
6.
.Design:.ll1(lcOl1Sll'1lCImmvusing.
EZEc/ir/zvb/i.417?JmzAQV
PruclimrzalQuesliouBank
(?onsaructinvertingampli?erusing()l?.-\\'li?"?41andfindilsgainusingDCam]AC?
1Jcsigi1anon-invci'lingzunplificrLisfng1C741and11ndgain1'01"DC?andAC?
(fonsuuclasummingzumpliliri"
Dcsignandumslruc;acumparulor"usingIC741
(?onstnmt.1Astahlcmultivihratorusing741IC
lksignumonavslalvlemullivibrzuorusing7411C
(fonslruclaninlegralurandstudyitsisulpulforSineandlrizmgularwaiveinputs
CmislruclaalilliculiailorciruiilmusingIC741and{inditsIIYSPLIIISCl0sincand
lrieuzgulziruuilvcs
{l1AVIVcircuitusingS??iimei-1Cand?ndiismintycycle
5andfinddutycycle
.("zmslrucl&l1'l'1]1|1|.l.lLi8mavderzitivranddeieciorand?ndilsnmdillulurindex
.(Iorislnlntl{kcqucriuymodulatoranddemodulatorcircuitsandtrucetheirwavelbrms
.811111111110integratorcircuitandstudyitsrcsponscbychangingthefrequencyofinput
.Nimnlnr:integratorcircuit.andStudyitsrssponscbych-arlgingthefrequenciesofinpuz.
.Fimulzil:\Veii1bridgeoscillnlcrusing741l('and.?ndilsl'|'eqli:r1c?xnl?(')scillmions
.Simululs.-'\m\'using,741and?nditsdutycycle
TSimulul:Amvusingtimerl('.
Timc:2hours
I.ExperimentQuestions
ll.Spottings
ITI.
l.
5,1
F"r?
7.
8.
9.
FACULTYOFSCIENCE
BSc.IVSemester(Practical)Examination-ZOIS
Subject:MICROBIOLOGY
QUESTIONBANK
Max.Marks:25
(l2Marks)
I-?indoutlhcquantity0|?Proteinpresentinthegivensamplebyl3iuret-?l..owr_v?s
methodandplotatstandardgraphofproteinbycalorimetry(Theexaminerwill
provideunknownsampleandnecessaryreagents).
lllldoutthuamountofDNApresen?.inthegivenstunplebyDiphcxrvlamine
methodandplotastandardgraphofDNAb)?caloriznelry{Thecxairtiticrwill
provideunknmvnsampleandncccssairyreagents).
PlotastandardgraphofRNAbycalorimetryusingOrcinolmethodandfindout
thequantity01'RNApresenti|1thegivensample(Theexaminerwillprovide
unknownsampleamttlcccssisryruagcnts).
IsolalcgctiomicDNAfromthegivensample.Observeandreporttheresult.
Asampleisprovidedtoyou.Dcmonstratcclcclrophorcticseparationbyusing
Agarosegelelectrophoresisandllttcrprotyourresult.
ProblemsrelatedtoDBA.RNAcharacteristics,'l'ranscriptionandlranslation
(Theexaminerscanprepareproblemstobesolvedbythestudents].
(4.\Z=8Marks)
(Talotimclcr
Ciu-"elle
Micropipcttc
l0.Centrifuge
ll
I2
l3
l4
_-
J
l6
l7
l8
l9
2U
Record&viva
.PCRkit
.(iclclcctropltoresisunit
.DNSreagentxvitl:label
.Tl?buffet"
'.DiagrammalicalrepresentationofIatoperott
.Biuretreagentwithlabel
.Orcinolreagentwithlabel
.GraphshowingtheestimationofDNAwithlahul
.(iraphshoivingtht?.osliitlationofRNAwithlabel
.(irapnshowingtheestimationofProteinwithlabel
(5Marks)
DSC?1I)
Paper-BS404(Practicals):BIOCHEMICALPREPARATIONSANDSEPARATIONS
(1Credits;2I-lrlwcekj
QUESTIONBANK
Duration2hoursII/lax.Nlarks25
l.WritethePrinciplesforthefollowingexperiments5[Vlarlts
.AbsorptioninaximaofColouredsubstances
.Absorptionspectraol?Pmteins
.Absorptionspectra0I'D.\IA
.IsolationofCascinfrommilk
.Isolationofchulcslcrol
Paper(Ihmmiit?gfiiphy
.?IhinLayerChromatography
Qf?l?tj?w}
2.MajorExperimentl0Marks
.Absorptionmaxima0i?colouredsubstances
.Absorptionspectram?proteins
.Absorptionspectraol"l\'ucleicacids:
.SeparationofAminoacidsby"Papci?chromatography
Separationofplantpigmcnlxby?TLC
;r|:r*.-G>
3.
MinorExperiment5Mark?
A.
IsolationofbggalbuminIiomeggwhile
B.
Isolationof('la.s'einfromMilk
(I.Isolation(sfslziruhfrompotato
D.Isolzilionof?cholesterolfromeggyolk
4.Viva-VoccandRccord5Marks
,1
ENDSEMESTERHANl.PRACTICALMODELPAPER
SEMESTERIV
APPLIEDNIJTRITION&PUBLIC.HEALTH
PAPIILR:IFANIILY&COMMUNITYNUTRITION
TIME:ZHRSMAXMARKS:ZS
1.
winetheRDA(axmtms)
2.
Planadafsdietforthegivenagegroup(SMARKS)
a.
Adulthood
b.Pregnantwomen
c.
Lactatingmulhei?
d.
Schoolgoingchild
u.Adolescent
I?.Oldagegroup
3.CalculatetheNutritivevaluelbranytwoNutrientsofimpomuiuuf?MARKS)
4.Preparation&displayofthcdictiQMARKS}
5.Record(SIVIARKSI
?=i
i?QWWG???-,~_\\?\\?-??
'-'ems.?
ofduabnwe?z?
25's?)
?gigging?
<58??
ENDSEMESTERPRACTICALEXAMINATION
SEMESTER4
CLINICALNUTRITIONANDDIl-YIIIIFICS
PAPER-?FOOI)SCIENCE
Time:2l-lrsMaxMarks:25
I.Writetherecipe[or2portionsofanyoneofthefollowingrecipes
andincoqmrzilein2|Menu(l0Marks)
a.(ihincseFriedRice
b.LcmunRice-
c.lllasalaRajmzi
d.
(Iholc
e.Vegetableso?noodles
I?.PalakPanccr
TomatoSOUP
Chutneysandivlch
P"?
(Iarrotllalwa
j.VemiicelliKIICOI?
IQ
PreparationanddisplayoFzmyone0Ftheabovementionedrecipes(lllMarks]
1s.
Napkinliold(2Marks)
4.PracticalI{t?L~tll'd(3Mark's)
Duratiun=2hours
l.MAJORI'R.-\(."I?I(IAI.S
l.
>?9.?":"'l?'!?
lI.l\
l.
2
3
4.
lll.
SPOTTERSIEXHIBITS
l.
4.?~:/-.+?e?.l~>
?IINOR
PRACTICALS
B.Sc(icneticsllYEAR
l\~?-SEMESTER
MICROBIAL(JENWIICSANDGENETICENGINEERING(B8406)
QUl<1S'l?l0NBANKFORPRACTICALS
Tofal=25M
lxl0=10M
Gramsmininlg
Bacterialgrowthcurve
Isolationof?Lwactcria
Inductionandisolationofnmtaxltsinbacteria
l-?rcparzuionofcolnpelenlcellsofbacteria
Ampli?culionofgeneofinterestbyPCR
Rcstricliondigestionanally-sis
1x5
=
5N1
Slcrilizalioumethods
.Mediacannpositionandprcparaliola
Puri?cationand1n21i11lcnzn1ccofbacterialcultures
PmbluunsonRestrictionmapping
Displayofbznclerialmedia
Displayofanysterilizationequipments?
Images0Flmnslbrlnation,Conjugation,lnlcrruptudmaling,Transduction
ImagesofVectors:PBR322,PUC,(Ins-mid,Yeastvectors
Images01'BlottingTechniques
Aniihioticresislanuce.Bluewhilecolonyscr?cningmethods
.Imagesofl-Iumulin.B1Cotton,Goldenrice,Phytorcnzediulion,Biorennediation
8.DispizyvofIndustrialpfO?lllCl?-CheeseFfoghun
IV.RECORD&VIVA
I1?;
2.8.1
.Showthatthemappingf(x:+bi)
PracticalsQuestionBank
Algebra
Unit-l
.Showthat{L23}undermultiplicationmodulo-lisnotagroupbutthat{L2.3.4}nrldcr
multiplicationmodulo5isagroup.
.LctGbeagroupwiththepropertythatforanyx._\'.zillthegroup.ry=:.rimpliesy=z.
ProvethatGisAbcliarl.
.Provethatthesetofall3x3matriceswithrealentriesofthefonn
(lab
k??f/
isagroupundermultiplication.
.LctGbethegroupofpolynomialsunderadditionwithcoefficientsfromZm.Findtheorders
ofj(.-r)=11?+51+4.9m=-l1?+s:+0.and1(1)+9(1)
.lfaisanelementofagroupGandIn]=7.showthataisthecubeofsomeclcmcrltofG.
.Suppomthat(n).(b)and(c)arecyclicgroupsoforders6.8.and20.rospcctivclv.Findall
generatorsof(n).(b).and(c).
.HowmanysubgroupsdocsZ10have?Listageneratorforeachofthesesubgroups.
.CorlsirlcrthesetH.8.12.16).Showthatthisactisagroupundermultiplicationmodulo20
byconstructingitsCnylcytable.Whatisthcidcrltityclcnlcrlt?lsthegroupcyclic?lfso.
?ndallofitsgenerators.
.Provethatagroupoforder4cannothaveasubgroupoforder3.
.Dctcrrnincwhetherthefollowingrwrruutationsarccvcrlorodd.
a.(I35)
h.(I356)
c.(13567)
d.(l2)(l34)(l52)
(I24a)(s52
1
).C.
Unit-lI
.Showthatthemappingn??>logmaisanisornorphisnfromR*undermultiplicationtoR
underaddition.
n
?
biisanautomorphismofthegroupofcomplex
numbersundcraddition.
.Findallofthcleftcosctsof{1.l1)inU(30).
28
2|.
22.
23.
2-l.
25.
26.
27.
.LetC?hethegroupofnonzeroeomplucnurnhersundermultiplicationandletH={a+biE
C'/a2+b?=l}.Giveageometricdearriptionoftheonset(3+~Ii)H.Giveageometric
descriptionoftheeoset(c+di)H.
.LetH={(ab)/n.b.dER.nd#0}.lsHanormalsubgroupofGL(2.R)?0d
.Whatistheorderofthefactorgroup%?;??
.LetG=U(l6).H={LIS}.andK={L9}.AreHandKisomorphic?AreG/HandG/K
is)rnorphie?
.ProvethatthemappingfromRunderadditiontoGL(2.R)thattakes.rto
ma:sin:
?.rinrma:
isagrouphonromorphisn.Whatisthekernelofthehomomorphism?
.SupposethattisahomomorphismfromZ30toZ30andKer]=(0.l0.20}.lff(23)=9,
determineallelementsthatmapto9.
.HowmanyAbeliangroups(uptoisomorphism)arethere
aoforder6'.?
I.oforderl5?
c.oforder~12?!
d.oforderpq.wherepandqaredistinctprimes?
e.oforderpqr.wherep.q.andrare(listinetprim(s?
Unit-lll
Let.\1,(z)1.011..-
ring
ofall2x2
matrices
overu..-integers....<11?R={(zZ)/<..bez}
ProveordisprovethatRisasuhringof.\I?(Z).
SupposethataandbbelongtoacommutativeringRwithunity.IfaisaunitofRand
b?=U.showthatr1+bisaunitofR.
Letnheanintegergreaterthanl.Inaringinwhich1?=.rforallr,showthatab=0
impliesbe=0.
Listallzero-divisorsir1Z".Canyouseearelationshiphetwvmuthezero-divisorsofZ20rurd
theunitsofZ1;?I
LetabelongtoaringRwithunityandsupposethatn"=0forsomepositiveintegern.
(Suchanelementiscallednilpotent.)Provethatl?r1hasamultiplicativeinverseinR.
Letllhe1minteger.ProvethatZh/d]={n+b\/l_l/a.b6Z}isanintegraldomain.
ShowthatZ"hasanonzeronilpotentelementifandonlyifnisdivisiblebythesquareof
someprime.
h.)
u:
'.J\
(l.
PAMM
nit/uni?
PracticalQuestionBunk
l?indthelltiekltessofuwireusingwedgeluethotl
DeterminethewavelengthoflighttisirtgBiprisrtt
IindRzttlittsofcurvztttlre01'agiveneunvcxlensusing.\I??\~1on?sringsmethod
FindtheresolvingpowerofPrism
Finddispersivepowerofaprism
liiltdthespeci?crotationofagivensugarsolutiontlsingpiuliimeter
Determinethcvravelengthoflightusingminimumdeviationmethod
Deltrrrtinuthewavtriength01'lightusingitormalincidencemethod
Detsrlnincresolvingpowerc-f-itgiventelescope
.
l-ilttltherefractiveindexofagivenliquidusingBoysmethod
.lindiheJefructiveindextrial\~?tterusingpulfrich1'6?'2'lCl0l'lk?l6l'
i.Uett-rlnincthewavelength0t"givenl-itsertlsittgdilli-zlctiortgrating
B.ScIIYr[IVSemester]ChemistryPracticalExamination
PaperIV~Quantitativeanalysis
?
II
QuestionBank
QuestionPaperPattern:
A.QucstinnforPrinciple\Vrit'illg
B.MainExperimentQuestion
A.QuestionsforthePrincipleVl/riting:
Anyoneamongthefollowingmayhegiven:
lWritetheprincipletlfctlntluctometrictitrationofastrongacidvsstrongbase.
Z.Givetheprincipleofconductometrictitrationofaweakacidvsstrongbase.
3.Writetheprincipleofpotcntitumetrictitrationofastrongacidvsstrongbase.
4.Git-ctltcprincipleofpotentiometrictitrationoliaweakacidvsstrongbase.
5.WritetheprinciplefortheestimationofNiZaslNitDMGtg].
6.(iivetheprinciplefortheestimationofBa(II]bygravimctricanalysis.
B.QuestionsfortheMainExperiment
I.DeterminetheconcentrationofgivenHCIsolutionbyacontluctumetrictitrationwith
theprovidedstandard0.5MNAOIlsolution.
2.Determinetheconcentrationofgivent\'<'lOllsolutionbyaccnductumctrir
titrationwiththeprovidedstandard0.lN1ll(.'lsolution.
3.Determinetheconceittratitunofgiven(I1lxCOOi-lsolutionbyaconrlnctontetrictitration
withthcprovidedstandard0.5MNaOllsolution.
4.Determinethooonccntr-xititttiofgivenNaOHsolutionbyacortductomctrivtitration
withtheprovidedstandard0.1.\'tNaOHsolution.
5.DctcrmincthoconcctttratiunofgivenHCIsolutionbyPotcntionictricallyusingstandard
0.5MNaOHsolutionprovided.
o.DctcrntinctheconcentrationofgivenNaOlIsolutionbyPotcutiomctricall)?using
stutttlairtl0.lMHClsolutionprovided.
7.Dctcrntinctheconcentraliotiofgiven(TllgCOOilsolutionbyPotentiometricallyusing
standard0.5M"MIDI-lsolutionprovided.
X.DeterminetheconcentrationofgivenNztOllsolutionby?Potciltiometricallyusing
standard0.1MNnOl-Isolutionprovided.
9.Estimatetheumotlnto1?Ni?:presentinthegivensolutionbybacktitrationtnetliod.You
areprovidedwithstandard.VlgSO4solution0.0ll\~landapproximately0.01MEDTA
solution.
l0.EstimatetheamountofBarium(ll)presentinthegivensolutionbyGravimctric
analysisusingdil.l~l;SO.=or(NIl,])2.q()&.
ll.EstimatetheatmountofsulphateasBaSCLxGravimetricallyinthegivm-insolutionusing
BaCl;solution.
SchemeofEvaluationforquestionsl-8
A.PrincipleWriling:(l5Marks
B.Experiment:l5Marks(Performingexperimentand?Yabulation-06marks,
Graph-05marks,Calculation-O3marksandResult?01mark)
C.Record&Viva:[ISMarks
TOTAL:25Fviarks
SchemeofEvaluationforgiles?ons9,10
A.PrincipleWriting:05Marks
B.Experiment:1SMarks(Weighing8cStandardization-04marks.Estimation~
04marks,Calculation-()4marksandResult-Olmark)
C.Record&Viva:05Marks
TOTAL:25lVlarks
lll.
IV.
5-?
B.SC(CBCS)BOTANY-[lYEAR
Semcstcr-IV-PaperIV
PlantAnatomy,EmbryologyandPalynology
i?
(A)Doublestaininglochniquu
Stem
1.Aclq-rant/m?
2.Boerhaavia
3.Bigriorxia
4.Dracaena
Root
I.Belavulgar/s
(B)Epidermalpeelo1?leaf
I.Parucytic
2.
Anisocytic
3.Anomocytic
4.Diacylii:
(C)PollenVl?lbllityTest(EvensBlue)
1.Hibiscus
(D)Embryology
l.'I'S0f'Anthci*
2.
Microsporangia
3.?Mcgasporangia
4.Embryo(l)icol.-?i?10n0C0t)
S.Typesofovules
aOrthotropus
b.Analmpus,
c.(Izimpylotropus
d.(?ircinotropus
c.Hemi-anatmpus
f.Amphitropus
(E)Palynology
l.Hibiscus
2.Acacia
3.
Grass
4.(Jcimun!~
(F)Anatomy(Woodstructure)
I.'l?cak(Teclonagrandis)
Rosewood(Dalbery-gialatqfblia)
Rodsanders(Pterocarpu-s?San/Minus)
Nallamadili(Ykmninaliatomertlosr/)
Nccm(Azadir?chrainr/iizu)P?PI?5*?
B.Sc.llYear
ZoologyPracticalSyllabusforIVSemester
CorePaper-IV
CellBiology,GeneticsandEvolution
QUESTIONBANK
WITHEFFECTFROM2017
Time:ZHIs.Max.Marks:25
l.Identify,Labelthediagramandwritesalientfeaturesofspots(04Spots][2x4
=8marks]
(Identi?cation1mark.Diagramandwriteup1mark)
Museumspecimens.slideslpiotures
Pcripatus
Coelacanthfish
Lepidosiren
Neoceratodus
Protopterus
Sphencdon
Archeopteriyx
Prophaseofmitosis/meiosis
Mataphaseofmitosis!me?osis
10.Anaphasecfmitosis/meiosis
l1.Tetophaseofmitosis/meiosis
12.Lampbrushchromosome
13.Polytencchromosome
$?.??.*?F>9>f-?.'?.-'
Qll.{4marks]
14.Squashpreparationofonionroottipsandidentficationofmitoticstages
15.Preparationandidentificationofdifferentstagesofmeiossi~1Grasshcppustestes.
Qlll.ProblemsonGenetics-Mendelianinheritance,LinkageandCrossingOverandSexLinked
Inheritance[3marks]
16.Ifaplanthomozygousfortalliscrossedwithone.|10?107yQOUSfordwarf.whatwzllbethe
appe?fa?wOftheF1;oitheF2;oftheoffspringofacrossofF.withitstallparent:withizsdwarf
pare?l?
1?.LettheallelefortallberepresentedbyTandtheallelefordwarfnessbyt.whatwillbethe
gametesproducedby2hr:parentsardthohoigr-tofrhoz?springrialordwarf)fromeachofthe
followingcrosses:Tfx!t,TTxTf;TfxTt?
18.Acertainpolledbut!isbredtothreecows.WithcowA,whichishornerlapollencalfisproduced;
withcowB,alsohorned,a~hornedcalfisproduced;withcowC.whichispolled.ahornedcalfis
produced.Wwatarethegenotypesofthefourparents.andwhatfurtheroffspring.inproportions
wouldyouexpectfromthesematings?Incattle.thepotledorhornlesseorditionPisdominant
overthehorned.p.
19.Assumethatawid-typefemaleDrosopirila.BBSS.withnormalgraybodyandred-colouredeyes
ismatedvzitnamutant-typemalehhss,v/itrulackhndycolctrandsepia-colouredeyesBy
followingthegeneraldirections,determinetheF~.genotypeAfter"hatingF?xF.whatclassesof
fliesmaybeexpeulediritheF;generation??
20.WhichineachofthefollowingascosporeanargententsinNeurospora.indicatefirst-division
segregationorsecond-divisionsegregation?
++cc
O+++
'5????++QQ++OQ
CC++
f2CCC
?l??tC'C
21.SupposethatInaNeurosporacrossgenesxandyaresegregating.llthefcllowngspore
arrangementswerefound.Whatwouldyouconcludeastothelocationof>randy?
4Q+4?
xyxy57
xyxy++++I50
22Fromthedatabelowcalculatethecrossovervaluebetweenblackandgrey:
l.Blackstraightxgreyare
F1xbfackare0Sgives:
Greystraight2B1
Greyare335
Blackstraight335
Blackare239
llBlackarexwi.dtype
F1xhlackare00gves:
GreystraightL641
Greyare1.254
Blackstraight1.180
Blackare1.532
23.Awomanwhosefatherwashaemophilic.butwho-snotherselfableecler.marriesanormalman
Whatisthechanceofhaemophiliairtheirchildren?
24.lfparentswithnormalvisionproducenormalandcolour-blindsonswhatproportionofthe
daughterswillbeheterozygoustorcolour-blindness?
25.Agirlofnormalvisionwhosefatherwascolour-blindmarriesamanofnormalvisior-whosefather
wasalsocolour-blind.Whattypeofvisioncanbeexpectedintheiroffspring?
QIV.Problemsfromevolution[3marks]
26.SupposeaSouthSeaInlandpopulationstartedwith10%blue-eyedand90%homozygous
orovrn-eyeupeople.Underthe.rtardy-Weinbergrulewnalw:.'lbeatequilibriumthepercentagesof
noterozygcles?0feachtypeofhomozygote?
27.Supposeapopulationhas100%ofpeoplewithblondgrouptypeA8.Whatwillbetheblood
groupsituationatequilibrium,assumingtheHardy-Weinberglawobtains?
28.UndertheHardy-Weinberglaw.whatisthefrequencyofgene?F??fitsonlyallele?p?is
homozygousin49%ofthepopulation?
0V.CertifiedpracticalRecord[3marks]
QVI.Album[GeneticsandEvolution?Photographs:OutOutswithAppropriateWriteUp]
[2marks]
Lampbrushandpolytenechromosomes
Studyofhomologyandanalogyfromsuitablespecimensandpictures.
'MacroevolutionusingDarwinfinches(Pictures)
Qvll.Viva-Voco[2marks]
B.Sc.llYozr
B.Sc.PRACTICALMODELPAPERFORIVSEMESTER
ZOOLOGY-COREPAPER-IV
CellBioIOQYiGonetiandEvolution
Time:2Hrs.Max.Marks:25
1.identification,labeleddiagramendsalientIeaturesofspots:
(O4spots)
2.?rcporcandluentifyMitoticdivisionswithonionrootlips:
3.OneProblemfromGenetics
4OneProblemlromEvolution
5.Certi?edpracticalrecord
6.Album
7.Vivavoce
f.)
u?
?J:
6.
.Design:.ll1(lcOl1Sll'1lCImmvusing.
EZEc/ir/zvb/i.417?JmzAQV
PruclimrzalQuesliouBank
(?onsaructinvertingampli?erusing()l?.-\\'li?"?41andfindilsgainusingDCam]AC?
1Jcsigi1anon-invci'lingzunplificrLisfng1C741and11ndgain1'01"DC?andAC?
(fonsuuclasummingzumpliliri"
Dcsignandumslruc;acumparulor"usingIC741
(?onstnmt.1Astahlcmultivihratorusing741IC
lksignumonavslalvlemullivibrzuorusing7411C
(fonslruclaninlegralurandstudyitsisulpulforSineandlrizmgularwaiveinputs
CmislruclaalilliculiailorciruiilmusingIC741and{inditsIIYSPLIIISCl0sincand
lrieuzgulziruuilvcs
{l1AVIVcircuitusingS??iimei-1Cand?ndiismintycycle
5andfinddutycycle
.("zmslrucl&l1'l'1]1|1|.l.lLi8mavderzitivranddeieciorand?ndilsnmdillulurindex
.(Iorislnlntl{kcqucriuymodulatoranddemodulatorcircuitsandtrucetheirwavelbrms
.811111111110integratorcircuitandstudyitsrcsponscbychangingthefrequencyofinput
.Nimnlnr:integratorcircuit.andStudyitsrssponscbych-arlgingthefrequenciesofinpuz.
.Fimulzil:\Veii1bridgeoscillnlcrusing741l('and.?ndilsl'|'eqli:r1c?xnl?(')scillmions
.Simululs.-'\m\'using,741and?nditsdutycycle
TSimulul:Amvusingtimerl('.
Timc:2hours
I.ExperimentQuestions
ll.Spottings
ITI.
l.
5,1
F"r?
7.
8.
9.
FACULTYOFSCIENCE
BSc.IVSemester(Practical)Examination-ZOIS
Subject:MICROBIOLOGY
QUESTIONBANK
Max.Marks:25
(l2Marks)
I-?indoutlhcquantity0|?Proteinpresentinthegivensamplebyl3iuret-?l..owr_v?s
methodandplotatstandardgraphofproteinbycalorimetry(Theexaminerwill
provideunknownsampleandnecessaryreagents).
lllldoutthuamountofDNApresen?.inthegivenstunplebyDiphcxrvlamine
methodandplotastandardgraphofDNAb)?caloriznelry{Thecxairtiticrwill
provideunknmvnsampleandncccssairyreagents).
PlotastandardgraphofRNAbycalorimetryusingOrcinolmethodandfindout
thequantity01'RNApresenti|1thegivensample(Theexaminerwillprovide
unknownsampleamttlcccssisryruagcnts).
IsolalcgctiomicDNAfromthegivensample.Observeandreporttheresult.
Asampleisprovidedtoyou.Dcmonstratcclcclrophorcticseparationbyusing
Agarosegelelectrophoresisandllttcrprotyourresult.
ProblemsrelatedtoDBA.RNAcharacteristics,'l'ranscriptionandlranslation
(Theexaminerscanprepareproblemstobesolvedbythestudents].
(4.\Z=8Marks)
(Talotimclcr
Ciu-"elle
Micropipcttc
l0.Centrifuge
ll
I2
l3
l4
_-
J
l6
l7
l8
l9
2U
Record&viva
.PCRkit
.(iclclcctropltoresisunit
.DNSreagentxvitl:label
.Tl?buffet"
'.DiagrammalicalrepresentationofIatoperott
.Biuretreagentwithlabel
.Orcinolreagentwithlabel
.GraphshowingtheestimationofDNAwithlahul
.(iraphshoivingtht?.osliitlationofRNAwithlabel
.(irapnshowingtheestimationofProteinwithlabel
(5Marks)
DSC?1I)
Paper-BS404(Practicals):BIOCHEMICALPREPARATIONSANDSEPARATIONS
(1Credits;2I-lrlwcekj
QUESTIONBANK
Duration2hoursII/lax.Nlarks25
l.WritethePrinciplesforthefollowingexperiments5[Vlarlts
.AbsorptioninaximaofColouredsubstances
.Absorptionspectraol?Pmteins
.Absorptionspectra0I'D.\IA
.IsolationofCascinfrommilk
.Isolationofchulcslcrol
Paper(Ihmmiit?gfiiphy
.?IhinLayerChromatography
Qf?l?tj?w}
2.MajorExperimentl0Marks
.Absorptionmaxima0i?colouredsubstances
.Absorptionspectram?proteins
.Absorptionspectraol"l\'ucleicacids:
.SeparationofAminoacidsby"Papci?chromatography
Separationofplantpigmcnlxby?TLC
;r|:r*.-G>
3.
MinorExperiment5Mark?
A.
IsolationofbggalbuminIiomeggwhile
B.
Isolationof('la.s'einfromMilk
(I.Isolation(sfslziruhfrompotato
D.Isolzilionof?cholesterolfromeggyolk
4.Viva-VoccandRccord5Marks
,1
ENDSEMESTERHANl.PRACTICALMODELPAPER
SEMESTERIV
APPLIEDNIJTRITION&PUBLIC.HEALTH
PAPIILR:IFANIILY&COMMUNITYNUTRITION
TIME:ZHRSMAXMARKS:ZS
1.
winetheRDA(axmtms)
2.
Planadafsdietforthegivenagegroup(SMARKS)
a.
Adulthood
b.Pregnantwomen
c.
Lactatingmulhei?
d.
Schoolgoingchild
u.Adolescent
I?.Oldagegroup
3.CalculatetheNutritivevaluelbranytwoNutrientsofimpomuiuuf?MARKS)
4.Preparation&displayofthcdictiQMARKS}
5.Record(SIVIARKSI
?=i
i?QWWG???-,~_\\?\\?-??
'-'ems.?
ofduabnwe?z?
25's?)
?gigging?
<58??
ENDSEMESTERPRACTICALEXAMINATION
SEMESTER4
CLINICALNUTRITIONANDDIl-YIIIIFICS
PAPER-?FOOI)SCIENCE
Time:2l-lrsMaxMarks:25
I.Writetherecipe[or2portionsofanyoneofthefollowingrecipes
andincoqmrzilein2|Menu(l0Marks)
a.(ihincseFriedRice
b.LcmunRice-
c.lllasalaRajmzi
d.
(Iholc
e.Vegetableso?noodles
I?.PalakPanccr
TomatoSOUP
Chutneysandivlch
P"?
(Iarrotllalwa
j.VemiicelliKIICOI?
IQ
PreparationanddisplayoFzmyone0Ftheabovementionedrecipes(lllMarks]
1s.
Napkinliold(2Marks)
4.PracticalI{t?L~tll'd(3Mark's)
Duratiun=2hours
l.MAJORI'R.-\(."I?I(IAI.S
l.
>?9.?":"'l?'!?
lI.l\
l.
2
3
4.
lll.
SPOTTERSIEXHIBITS
l.
4.?~:/-.+?e?.l~>
?IINOR
PRACTICALS
B.Sc(icneticsllYEAR
l\~?-SEMESTER
MICROBIAL(JENWIICSANDGENETICENGINEERING(B8406)
QUl<1S'l?l0NBANKFORPRACTICALS
Tofal=25M
lxl0=10M
Gramsmininlg
Bacterialgrowthcurve
Isolationof?Lwactcria
Inductionandisolationofnmtaxltsinbacteria
l-?rcparzuionofcolnpelenlcellsofbacteria
Ampli?culionofgeneofinterestbyPCR
Rcstricliondigestionanally-sis
1x5
=
5N1
Slcrilizalioumethods
.Mediacannpositionandprcparaliola
Puri?cationand1n21i11lcnzn1ccofbacterialcultures
PmbluunsonRestrictionmapping
Displayofbznclerialmedia
Displayofanysterilizationequipments?
Images0Flmnslbrlnation,Conjugation,lnlcrruptudmaling,Transduction
ImagesofVectors:PBR322,PUC,(Ins-mid,Yeastvectors
Images01'BlottingTechniques
Aniihioticresislanuce.Bluewhilecolonyscr?cningmethods
.Imagesofl-Iumulin.B1Cotton,Goldenrice,Phytorcnzediulion,Biorennediation
8.DispizyvofIndustrialpfO?lllCl?-CheeseFfoghun
IV.RECORD&VIVA
I1?;
2.8.1
.Showthatthemappingf(x:+bi)
PracticalsQuestionBank
Algebra
Unit-l
.Showthat{L23}undermultiplicationmodulo-lisnotagroupbutthat{L2.3.4}nrldcr
multiplicationmodulo5isagroup.
.LctGbeagroupwiththepropertythatforanyx._\'.zillthegroup.ry=:.rimpliesy=z.
ProvethatGisAbcliarl.
.Provethatthesetofall3x3matriceswithrealentriesofthefonn
(lab
k??f/
isagroupundermultiplication.
.LctGbethegroupofpolynomialsunderadditionwithcoefficientsfromZm.Findtheorders
ofj(.-r)=11?+51+4.9m=-l1?+s:+0.and1(1)+9(1)
.lfaisanelementofagroupGandIn]=7.showthataisthecubeofsomeclcmcrltofG.
.Suppomthat(n).(b)and(c)arecyclicgroupsoforders6.8.and20.rospcctivclv.Findall
generatorsof(n).(b).and(c).
.HowmanysubgroupsdocsZ10have?Listageneratorforeachofthesesubgroups.
.CorlsirlcrthesetH.8.12.16).Showthatthisactisagroupundermultiplicationmodulo20
byconstructingitsCnylcytable.Whatisthcidcrltityclcnlcrlt?lsthegroupcyclic?lfso.
?ndallofitsgenerators.
.Provethatagroupoforder4cannothaveasubgroupoforder3.
.Dctcrrnincwhetherthefollowingrwrruutationsarccvcrlorodd.
a.(I35)
h.(I356)
c.(13567)
d.(l2)(l34)(l52)
(I24a)(s52
1
).C.
Unit-lI
.Showthatthemappingn??>logmaisanisornorphisnfromR*undermultiplicationtoR
underaddition.
n
?
biisanautomorphismofthegroupofcomplex
numbersundcraddition.
.Findallofthcleftcosctsof{1.l1)inU(30).
28
2|.
22.
23.
2-l.
25.
26.
27.
.LetC?hethegroupofnonzeroeomplucnurnhersundermultiplicationandletH={a+biE
C'/a2+b?=l}.Giveageometricdearriptionoftheonset(3+~Ii)H.Giveageometric
descriptionoftheeoset(c+di)H.
.LetH={(ab)/n.b.dER.nd#0}.lsHanormalsubgroupofGL(2.R)?0d
.Whatistheorderofthefactorgroup%?;??
.LetG=U(l6).H={LIS}.andK={L9}.AreHandKisomorphic?AreG/HandG/K
is)rnorphie?
.ProvethatthemappingfromRunderadditiontoGL(2.R)thattakes.rto
ma:sin:
?.rinrma:
isagrouphonromorphisn.Whatisthekernelofthehomomorphism?
.SupposethattisahomomorphismfromZ30toZ30andKer]=(0.l0.20}.lff(23)=9,
determineallelementsthatmapto9.
.HowmanyAbeliangroups(uptoisomorphism)arethere
aoforder6'.?
I.oforderl5?
c.oforder~12?!
d.oforderpq.wherepandqaredistinctprimes?
e.oforderpqr.wherep.q.andrare(listinetprim(s?
Unit-lll
Let.\1,(z)1.011..-
ring
ofall2x2
matrices
overu..-integers....<11?R={(zZ)/<..bez}
ProveordisprovethatRisasuhringof.\I?(Z).
SupposethataandbbelongtoacommutativeringRwithunity.IfaisaunitofRand
b?=U.showthatr1+bisaunitofR.
Letnheanintegergreaterthanl.Inaringinwhich1?=.rforallr,showthatab=0
impliesbe=0.
Listallzero-divisorsir1Z".Canyouseearelationshiphetwvmuthezero-divisorsofZ20rurd
theunitsofZ1;?I
LetabelongtoaringRwithunityandsupposethatn"=0forsomepositiveintegern.
(Suchanelementiscallednilpotent.)Provethatl?r1hasamultiplicativeinverseinR.
Letllhe1minteger.ProvethatZh/d]={n+b\/l_l/a.b6Z}isanintegraldomain.
ShowthatZ"hasanonzeronilpotentelementifandonlyifnisdivisiblebythesquareof
someprime.
3|.
32.
~10.
.Findallunits.zero-divisors.idunpotmts.andnilpotentelementsinZ3QZ5.
.Findallmaximalidealsin
a.Zn.
b.Zm.
c.Zn.
d.Z".
.ShowumR[1]/(11+1)isa?eld.
Unit-IV
Provethateveryringhomomorphismf?omZ"toita-lfhmthefonn[(1)=u.where
G2=0.
Provethataringhomomorphismcarriesanidempotenttoanidempotent.
.InZ.letA=(2)andB=(8).ShowthatthegroupA/BisimmorphictothegroupZ4but
thattheringA/Bisnotring-isomorphictothering2;.
.Showthatthenumber9.897.651.521609.805isdivi?bleby99.
.Showthatnointegeroftheformll1.l11.11l.....1l1isprime.
.Letf(x)=4:3+213+z+3andg(.r)=3:?+3:3+31?:+:+-l.wheref(r).g(:)6Z5[:].
Compute[(1)+g(.r)and[(1-).g(z).
.Let[(1)=5:?+313+Irind9(1)=3:2+21'+linZ7[:].Determinethequotientand
remainderupondividingf(x)byg(z').
.Let[(1)belongtoZ,[r].Provethatif/(b)=0.then?b")=0.
.lsthemappingfromZ?;toZ?;givenbyr?>21aringhomomorphisnl?
DetermineallringhomomorphisrnsfromZtoZ.
h.)
u:
'.J\
(l.
PAMM
nit/uni?
PracticalQuestionBunk
l?indthelltiekltessofuwireusingwedgeluethotl
DeterminethewavelengthoflighttisirtgBiprisrtt
IindRzttlittsofcurvztttlre01'agiveneunvcxlensusing.\I??\~1on?sringsmethod
FindtheresolvingpowerofPrism
Finddispersivepowerofaprism
liiltdthespeci?crotationofagivensugarsolutiontlsingpiuliimeter
Determinethcvravelengthoflightusingminimumdeviationmethod
Deltrrrtinuthewavtriength01'lightusingitormalincidencemethod
Detsrlnincresolvingpowerc-f-itgiventelescope
.
l-ilttltherefractiveindexofagivenliquidusingBoysmethod
.lindiheJefructiveindextrial\~?tterusingpulfrich1'6?'2'lCl0l'lk?l6l'
i.Uett-rlnincthewavelength0t"givenl-itsertlsittgdilli-zlctiortgrating
B.ScIIYr[IVSemester]ChemistryPracticalExamination
PaperIV~Quantitativeanalysis
?
II
QuestionBank
QuestionPaperPattern:
A.QucstinnforPrinciple\Vrit'illg
B.MainExperimentQuestion
A.QuestionsforthePrincipleVl/riting:
Anyoneamongthefollowingmayhegiven:
lWritetheprincipletlfctlntluctometrictitrationofastrongacidvsstrongbase.
Z.Givetheprincipleofconductometrictitrationofaweakacidvsstrongbase.
3.Writetheprincipleofpotcntitumetrictitrationofastrongacidvsstrongbase.
4.Git-ctltcprincipleofpotentiometrictitrationoliaweakacidvsstrongbase.
5.WritetheprinciplefortheestimationofNiZaslNitDMGtg].
6.(iivetheprinciplefortheestimationofBa(II]bygravimctricanalysis.
B.QuestionsfortheMainExperiment
I.DeterminetheconcentrationofgivenHCIsolutionbyacontluctumetrictitrationwith
theprovidedstandard0.5MNAOIlsolution.
2.Determinetheconcentrationofgivent\'<'lOllsolutionbyaccnductumctrir
titrationwiththeprovidedstandard0.lN1ll(.'lsolution.
3.Determinetheconceittratitunofgiven(I1lxCOOi-lsolutionbyaconrlnctontetrictitration
withthcprovidedstandard0.5MNaOllsolution.
4.Determinethooonccntr-xititttiofgivenNaOHsolutionbyacortductomctrivtitration
withtheprovidedstandard0.1.\'tNaOHsolution.
5.DctcrmincthoconcctttratiunofgivenHCIsolutionbyPotcntionictricallyusingstandard
0.5MNaOHsolutionprovided.
o.DctcrntinctheconcentrationofgivenNaOlIsolutionbyPotcutiomctricall)?using
stutttlairtl0.lMHClsolutionprovided.
7.Dctcrntinctheconcentraliotiofgiven(TllgCOOilsolutionbyPotentiometricallyusing
standard0.5M"MIDI-lsolutionprovided.
X.DeterminetheconcentrationofgivenNztOllsolutionby?Potciltiometricallyusing
standard0.1MNnOl-Isolutionprovided.
9.Estimatetheumotlnto1?Ni?:presentinthegivensolutionbybacktitrationtnetliod.You
areprovidedwithstandard.VlgSO4solution0.0ll\~landapproximately0.01MEDTA
solution.
l0.EstimatetheamountofBarium(ll)presentinthegivensolutionbyGravimctric
analysisusingdil.l~l;SO.=or(NIl,])2.q()&.
ll.EstimatetheatmountofsulphateasBaSCLxGravimetricallyinthegivm-insolutionusing
BaCl;solution.
SchemeofEvaluationforquestionsl-8
A.PrincipleWriling:(l5Marks
B.Experiment:l5Marks(Performingexperimentand?Yabulation-06marks,
Graph-05marks,Calculation-O3marksandResult?01mark)
C.Record&Viva:[ISMarks
TOTAL:25Fviarks
SchemeofEvaluationforgiles?ons9,10
A.PrincipleWriting:05Marks
B.Experiment:1SMarks(Weighing8cStandardization-04marks.Estimation~
04marks,Calculation-()4marksandResult-Olmark)
C.Record&Viva:05Marks
TOTAL:25lVlarks
lll.
IV.
5-?
B.SC(CBCS)BOTANY-[lYEAR
Semcstcr-IV-PaperIV
PlantAnatomy,EmbryologyandPalynology
i?
(A)Doublestaininglochniquu
Stem
1.Aclq-rant/m?
2.Boerhaavia
3.Bigriorxia
4.Dracaena
Root
I.Belavulgar/s
(B)Epidermalpeelo1?leaf
I.Parucytic
2.
Anisocytic
3.Anomocytic
4.Diacylii:
(C)PollenVl?lbllityTest(EvensBlue)
1.Hibiscus
(D)Embryology
l.'I'S0f'Anthci*
2.
Microsporangia
3.?Mcgasporangia
4.Embryo(l)icol.-?i?10n0C0t)
S.Typesofovules
aOrthotropus
b.Analmpus,
c.(Izimpylotropus
d.(?ircinotropus
c.Hemi-anatmpus
f.Amphitropus
(E)Palynology
l.Hibiscus
2.Acacia
3.
Grass
4.(Jcimun!~
(F)Anatomy(Woodstructure)
I.'l?cak(Teclonagrandis)
Rosewood(Dalbery-gialatqfblia)
Rodsanders(Pterocarpu-s?San/Minus)
Nallamadili(Ykmninaliatomertlosr/)
Nccm(Azadir?chrainr/iizu)P?PI?5*?
B.Sc.llYear
ZoologyPracticalSyllabusforIVSemester
CorePaper-IV
CellBiology,GeneticsandEvolution
QUESTIONBANK
WITHEFFECTFROM2017
Time:ZHIs.Max.Marks:25
l.Identify,Labelthediagramandwritesalientfeaturesofspots(04Spots][2x4
=8marks]
(Identi?cation1mark.Diagramandwriteup1mark)
Museumspecimens.slideslpiotures
Pcripatus
Coelacanthfish
Lepidosiren
Neoceratodus
Protopterus
Sphencdon
Archeopteriyx
Prophaseofmitosis/meiosis
Mataphaseofmitosis!me?osis
10.Anaphasecfmitosis/meiosis
l1.Tetophaseofmitosis/meiosis
12.Lampbrushchromosome
13.Polytencchromosome
$?.??.*?F>9>f-?.'?.-'
Qll.{4marks]
14.Squashpreparationofonionroottipsandidentficationofmitoticstages
15.Preparationandidentificationofdifferentstagesofmeiossi~1Grasshcppustestes.
Qlll.ProblemsonGenetics-Mendelianinheritance,LinkageandCrossingOverandSexLinked
Inheritance[3marks]
16.Ifaplanthomozygousfortalliscrossedwithone.|10?107yQOUSfordwarf.whatwzllbethe
appe?fa?wOftheF1;oitheF2;oftheoffspringofacrossofF.withitstallparent:withizsdwarf
pare?l?
1?.LettheallelefortallberepresentedbyTandtheallelefordwarfnessbyt.whatwillbethe
gametesproducedby2hr:parentsardthohoigr-tofrhoz?springrialordwarf)fromeachofthe
followingcrosses:Tfx!t,TTxTf;TfxTt?
18.Acertainpolledbut!isbredtothreecows.WithcowA,whichishornerlapollencalfisproduced;
withcowB,alsohorned,a~hornedcalfisproduced;withcowC.whichispolled.ahornedcalfis
produced.Wwatarethegenotypesofthefourparents.andwhatfurtheroffspring.inproportions
wouldyouexpectfromthesematings?Incattle.thepotledorhornlesseorditionPisdominant
overthehorned.p.
19.Assumethatawid-typefemaleDrosopirila.BBSS.withnormalgraybodyandred-colouredeyes
ismatedvzitnamutant-typemalehhss,v/itrulackhndycolctrandsepia-colouredeyesBy
followingthegeneraldirections,determinetheF~.genotypeAfter"hatingF?xF.whatclassesof
fliesmaybeexpeulediritheF;generation??
20.WhichineachofthefollowingascosporeanargententsinNeurospora.indicatefirst-division
segregationorsecond-divisionsegregation?
++cc
O+++
'5????++QQ++OQ
CC++
f2CCC
?l??tC'C
21.SupposethatInaNeurosporacrossgenesxandyaresegregating.llthefcllowngspore
arrangementswerefound.Whatwouldyouconcludeastothelocationof>randy?
4Q+4?
xyxy57
xyxy++++I50
22Fromthedatabelowcalculatethecrossovervaluebetweenblackandgrey:
l.Blackstraightxgreyare
F1xbfackare0Sgives:
Greystraight2B1
Greyare335
Blackstraight335
Blackare239
llBlackarexwi.dtype
F1xhlackare00gves:
GreystraightL641
Greyare1.254
Blackstraight1.180
Blackare1.532
23.Awomanwhosefatherwashaemophilic.butwho-snotherselfableecler.marriesanormalman
Whatisthechanceofhaemophiliairtheirchildren?
24.lfparentswithnormalvisionproducenormalandcolour-blindsonswhatproportionofthe
daughterswillbeheterozygoustorcolour-blindness?
25.Agirlofnormalvisionwhosefatherwascolour-blindmarriesamanofnormalvisior-whosefather
wasalsocolour-blind.Whattypeofvisioncanbeexpectedintheiroffspring?
QIV.Problemsfromevolution[3marks]
26.SupposeaSouthSeaInlandpopulationstartedwith10%blue-eyedand90%homozygous
orovrn-eyeupeople.Underthe.rtardy-Weinbergrulewnalw:.'lbeatequilibriumthepercentagesof
noterozygcles?0feachtypeofhomozygote?
27.Supposeapopulationhas100%ofpeoplewithblondgrouptypeA8.Whatwillbetheblood
groupsituationatequilibrium,assumingtheHardy-Weinberglawobtains?
28.UndertheHardy-Weinberglaw.whatisthefrequencyofgene?F??fitsonlyallele?p?is
homozygousin49%ofthepopulation?
0V.CertifiedpracticalRecord[3marks]
QVI.Album[GeneticsandEvolution?Photographs:OutOutswithAppropriateWriteUp]
[2marks]
Lampbrushandpolytenechromosomes
Studyofhomologyandanalogyfromsuitablespecimensandpictures.
'MacroevolutionusingDarwinfinches(Pictures)
Qvll.Viva-Voco[2marks]
B.Sc.llYozr
B.Sc.PRACTICALMODELPAPERFORIVSEMESTER
ZOOLOGY-COREPAPER-IV
CellBioIOQYiGonetiandEvolution
Time:2Hrs.Max.Marks:25
1.identification,labeleddiagramendsalientIeaturesofspots:
(O4spots)
2.?rcporcandluentifyMitoticdivisionswithonionrootlips:
3.OneProblemfromGenetics
4OneProblemlromEvolution
5.Certi?edpracticalrecord
6.Album
7.Vivavoce
f.)
u?
?J:
6.
.Design:.ll1(lcOl1Sll'1lCImmvusing.
EZEc/ir/zvb/i.417?JmzAQV
PruclimrzalQuesliouBank
(?onsaructinvertingampli?erusing()l?.-\\'li?"?41andfindilsgainusingDCam]AC?
1Jcsigi1anon-invci'lingzunplificrLisfng1C741and11ndgain1'01"DC?andAC?
(fonsuuclasummingzumpliliri"
Dcsignandumslruc;acumparulor"usingIC741
(?onstnmt.1Astahlcmultivihratorusing741IC
lksignumonavslalvlemullivibrzuorusing7411C
(fonslruclaninlegralurandstudyitsisulpulforSineandlrizmgularwaiveinputs
CmislruclaalilliculiailorciruiilmusingIC741and{inditsIIYSPLIIISCl0sincand
lrieuzgulziruuilvcs
{l1AVIVcircuitusingS??iimei-1Cand?ndiismintycycle
5andfinddutycycle
.("zmslrucl&l1'l'1]1|1|.l.lLi8mavderzitivranddeieciorand?ndilsnmdillulurindex
.(Iorislnlntl{kcqucriuymodulatoranddemodulatorcircuitsandtrucetheirwavelbrms
.811111111110integratorcircuitandstudyitsrcsponscbychangingthefrequencyofinput
.Nimnlnr:integratorcircuit.andStudyitsrssponscbych-arlgingthefrequenciesofinpuz.
.Fimulzil:\Veii1bridgeoscillnlcrusing741l('and.?ndilsl'|'eqli:r1c?xnl?(')scillmions
.Simululs.-'\m\'using,741and?nditsdutycycle
TSimulul:Amvusingtimerl('.
Timc:2hours
I.ExperimentQuestions
ll.Spottings
ITI.
l.
5,1
F"r?
7.
8.
9.
FACULTYOFSCIENCE
BSc.IVSemester(Practical)Examination-ZOIS
Subject:MICROBIOLOGY
QUESTIONBANK
Max.Marks:25
(l2Marks)
I-?indoutlhcquantity0|?Proteinpresentinthegivensamplebyl3iuret-?l..owr_v?s
methodandplotatstandardgraphofproteinbycalorimetry(Theexaminerwill
provideunknownsampleandnecessaryreagents).
lllldoutthuamountofDNApresen?.inthegivenstunplebyDiphcxrvlamine
methodandplotastandardgraphofDNAb)?caloriznelry{Thecxairtiticrwill
provideunknmvnsampleandncccssairyreagents).
PlotastandardgraphofRNAbycalorimetryusingOrcinolmethodandfindout
thequantity01'RNApresenti|1thegivensample(Theexaminerwillprovide
unknownsampleamttlcccssisryruagcnts).
IsolalcgctiomicDNAfromthegivensample.Observeandreporttheresult.
Asampleisprovidedtoyou.Dcmonstratcclcclrophorcticseparationbyusing
Agarosegelelectrophoresisandllttcrprotyourresult.
ProblemsrelatedtoDBA.RNAcharacteristics,'l'ranscriptionandlranslation
(Theexaminerscanprepareproblemstobesolvedbythestudents].
(4.\Z=8Marks)
(Talotimclcr
Ciu-"elle
Micropipcttc
l0.Centrifuge
ll
I2
l3
l4
_-
J
l6
l7
l8
l9
2U
Record&viva
.PCRkit
.(iclclcctropltoresisunit
.DNSreagentxvitl:label
.Tl?buffet"
'.DiagrammalicalrepresentationofIatoperott
.Biuretreagentwithlabel
.Orcinolreagentwithlabel
.GraphshowingtheestimationofDNAwithlahul
.(iraphshoivingtht?.osliitlationofRNAwithlabel
.(irapnshowingtheestimationofProteinwithlabel
(5Marks)
DSC?1I)
Paper-BS404(Practicals):BIOCHEMICALPREPARATIONSANDSEPARATIONS
(1Credits;2I-lrlwcekj
QUESTIONBANK
Duration2hoursII/lax.Nlarks25
l.WritethePrinciplesforthefollowingexperiments5[Vlarlts
.AbsorptioninaximaofColouredsubstances
.Absorptionspectraol?Pmteins
.Absorptionspectra0I'D.\IA
.IsolationofCascinfrommilk
.Isolationofchulcslcrol
Paper(Ihmmiit?gfiiphy
.?IhinLayerChromatography
Qf?l?tj?w}
2.MajorExperimentl0Marks
.Absorptionmaxima0i?colouredsubstances
.Absorptionspectram?proteins
.Absorptionspectraol"l\'ucleicacids:
.SeparationofAminoacidsby"Papci?chromatography
Separationofplantpigmcnlxby?TLC
;r|:r*.-G>
3.
MinorExperiment5Mark?
A.
IsolationofbggalbuminIiomeggwhile
B.
Isolationof('la.s'einfromMilk
(I.Isolation(sfslziruhfrompotato
D.Isolzilionof?cholesterolfromeggyolk
4.Viva-VoccandRccord5Marks
,1
ENDSEMESTERHANl.PRACTICALMODELPAPER
SEMESTERIV
APPLIEDNIJTRITION&PUBLIC.HEALTH
PAPIILR:IFANIILY&COMMUNITYNUTRITION
TIME:ZHRSMAXMARKS:ZS
1.
winetheRDA(axmtms)
2.
Planadafsdietforthegivenagegroup(SMARKS)
a.
Adulthood
b.Pregnantwomen
c.
Lactatingmulhei?
d.
Schoolgoingchild
u.Adolescent
I?.Oldagegroup
3.CalculatetheNutritivevaluelbranytwoNutrientsofimpomuiuuf?MARKS)
4.Preparation&displayofthcdictiQMARKS}
5.Record(SIVIARKSI
?=i
i?QWWG???-,~_\\?\\?-??
'-'ems.?
ofduabnwe?z?
25's?)
?gigging?
<58??
ENDSEMESTERPRACTICALEXAMINATION
SEMESTER4
CLINICALNUTRITIONANDDIl-YIIIIFICS
PAPER-?FOOI)SCIENCE
Time:2l-lrsMaxMarks:25
I.Writetherecipe[or2portionsofanyoneofthefollowingrecipes
andincoqmrzilein2|Menu(l0Marks)
a.(ihincseFriedRice
b.LcmunRice-
c.lllasalaRajmzi
d.
(Iholc
e.Vegetableso?noodles
I?.PalakPanccr
TomatoSOUP
Chutneysandivlch
P"?
(Iarrotllalwa
j.VemiicelliKIICOI?
IQ
PreparationanddisplayoFzmyone0Ftheabovementionedrecipes(lllMarks]
1s.
Napkinliold(2Marks)
4.PracticalI{t?L~tll'd(3Mark's)
Duratiun=2hours
l.MAJORI'R.-\(."I?I(IAI.S
l.
>?9.?":"'l?'!?
lI.l\
l.
2
3
4.
lll.
SPOTTERSIEXHIBITS
l.
4.?~:/-.+?e?.l~>
?IINOR
PRACTICALS
B.Sc(icneticsllYEAR
l\~?-SEMESTER
MICROBIAL(JENWIICSANDGENETICENGINEERING(B8406)
QUl<1S'l?l0NBANKFORPRACTICALS
Tofal=25M
lxl0=10M
Gramsmininlg
Bacterialgrowthcurve
Isolationof?Lwactcria
Inductionandisolationofnmtaxltsinbacteria
l-?rcparzuionofcolnpelenlcellsofbacteria
Ampli?culionofgeneofinterestbyPCR
Rcstricliondigestionanally-sis
1x5
=
5N1
Slcrilizalioumethods
.Mediacannpositionandprcparaliola
Puri?cationand1n21i11lcnzn1ccofbacterialcultures
PmbluunsonRestrictionmapping
Displayofbznclerialmedia
Displayofanysterilizationequipments?
Images0Flmnslbrlnation,Conjugation,lnlcrruptudmaling,Transduction
ImagesofVectors:PBR322,PUC,(Ins-mid,Yeastvectors
Images01'BlottingTechniques
Aniihioticresislanuce.Bluewhilecolonyscr?cningmethods
.Imagesofl-Iumulin.B1Cotton,Goldenrice,Phytorcnzediulion,Biorennediation
8.DispizyvofIndustrialpfO?lllCl?-CheeseFfoghun
IV.RECORD&VIVA
I1?;
2.8.1
.Showthatthemappingf(x:+bi)
PracticalsQuestionBank
Algebra
Unit-l
.Showthat{L23}undermultiplicationmodulo-lisnotagroupbutthat{L2.3.4}nrldcr
multiplicationmodulo5isagroup.
.LctGbeagroupwiththepropertythatforanyx._\'.zillthegroup.ry=:.rimpliesy=z.
ProvethatGisAbcliarl.
.Provethatthesetofall3x3matriceswithrealentriesofthefonn
(lab
k??f/
isagroupundermultiplication.
.LctGbethegroupofpolynomialsunderadditionwithcoefficientsfromZm.Findtheorders
ofj(.-r)=11?+51+4.9m=-l1?+s:+0.and1(1)+9(1)
.lfaisanelementofagroupGandIn]=7.showthataisthecubeofsomeclcmcrltofG.
.Suppomthat(n).(b)and(c)arecyclicgroupsoforders6.8.and20.rospcctivclv.Findall
generatorsof(n).(b).and(c).
.HowmanysubgroupsdocsZ10have?Listageneratorforeachofthesesubgroups.
.CorlsirlcrthesetH.8.12.16).Showthatthisactisagroupundermultiplicationmodulo20
byconstructingitsCnylcytable.Whatisthcidcrltityclcnlcrlt?lsthegroupcyclic?lfso.
?ndallofitsgenerators.
.Provethatagroupoforder4cannothaveasubgroupoforder3.
.Dctcrrnincwhetherthefollowingrwrruutationsarccvcrlorodd.
a.(I35)
h.(I356)
c.(13567)
d.(l2)(l34)(l52)
(I24a)(s52
1
).C.
Unit-lI
.Showthatthemappingn??>logmaisanisornorphisnfromR*undermultiplicationtoR
underaddition.
n
?
biisanautomorphismofthegroupofcomplex
numbersundcraddition.
.Findallofthcleftcosctsof{1.l1)inU(30).
28
2|.
22.
23.
2-l.
25.
26.
27.
.LetC?hethegroupofnonzeroeomplucnurnhersundermultiplicationandletH={a+biE
C'/a2+b?=l}.Giveageometricdearriptionoftheonset(3+~Ii)H.Giveageometric
descriptionoftheeoset(c+di)H.
.LetH={(ab)/n.b.dER.nd#0}.lsHanormalsubgroupofGL(2.R)?0d
.Whatistheorderofthefactorgroup%?;??
.LetG=U(l6).H={LIS}.andK={L9}.AreHandKisomorphic?AreG/HandG/K
is)rnorphie?
.ProvethatthemappingfromRunderadditiontoGL(2.R)thattakes.rto
ma:sin:
?.rinrma:
isagrouphonromorphisn.Whatisthekernelofthehomomorphism?
.SupposethattisahomomorphismfromZ30toZ30andKer]=(0.l0.20}.lff(23)=9,
determineallelementsthatmapto9.
.HowmanyAbeliangroups(uptoisomorphism)arethere
aoforder6'.?
I.oforderl5?
c.oforder~12?!
d.oforderpq.wherepandqaredistinctprimes?
e.oforderpqr.wherep.q.andrare(listinetprim(s?
Unit-lll
Let.\1,(z)1.011..-
ring
ofall2x2
matrices
overu..-integers....<11?R={(zZ)/<..bez}
ProveordisprovethatRisasuhringof.\I?(Z).
SupposethataandbbelongtoacommutativeringRwithunity.IfaisaunitofRand
b?=U.showthatr1+bisaunitofR.
Letnheanintegergreaterthanl.Inaringinwhich1?=.rforallr,showthatab=0
impliesbe=0.
Listallzero-divisorsir1Z".Canyouseearelationshiphetwvmuthezero-divisorsofZ20rurd
theunitsofZ1;?I
LetabelongtoaringRwithunityandsupposethatn"=0forsomepositiveintegern.
(Suchanelementiscallednilpotent.)Provethatl?r1hasamultiplicativeinverseinR.
Letllhe1minteger.ProvethatZh/d]={n+b\/l_l/a.b6Z}isanintegraldomain.
ShowthatZ"hasanonzeronilpotentelementifandonlyifnisdivisiblebythesquareof
someprime.
3|.
32.
~10.
.Findallunits.zero-divisors.idunpotmts.andnilpotentelementsinZ3QZ5.
.Findallmaximalidealsin
a.Zn.
b.Zm.
c.Zn.
d.Z".
.ShowumR[1]/(11+1)isa?eld.
Unit-IV
Provethateveryringhomomorphismf?omZ"toita-lfhmthefonn[(1)=u.where
G2=0.
Provethataringhomomorphismcarriesanidempotenttoanidempotent.
.InZ.letA=(2)andB=(8).ShowthatthegroupA/BisimmorphictothegroupZ4but
thattheringA/Bisnotring-isomorphictothering2;.
.Showthatthenumber9.897.651.521609.805isdivi?bleby99.
.Showthatnointegeroftheformll1.l11.11l.....1l1isprime.
.Letf(x)=4:3+213+z+3andg(.r)=3:?+3:3+31?:+:+-l.wheref(r).g(:)6Z5[:].
Compute[(1)+g(.r)and[(1-).g(z).
.Let[(1)=5:?+313+Irind9(1)=3:2+21'+linZ7[:].Determinethequotientand
remainderupondividingf(x)byg(z').
.Let[(1)belongtoZ,[r].Provethatif/(b)=0.then?b")=0.
.lsthemappingfromZ?;toZ?;givenbyr?>21aringhomomorphisnl?
DetermineallringhomomorphisrnsfromZtoZ.
l6
Note
8A.(ComputerApplications)?OsmaniaUniversity
WithElfectfromtheAcademicYear2017-2018
ComputerNetworksLabBA406
PracticalZllours/Weeklcredlt
U2vledltnrtncreatedifferent?legwrithgdatainto?les.modfylngdatahfles.
UsedlllerenttypesotUnlxcommandsonthe?lescreatedhfkstprogram.
Writeshellprogramsushg?case'.?then'and?l('It?else?statements.
Wrlteshellpmgramsushgwhilmdo-whileandforloopstatements.
WrlteashellscrhtthatacceptstwoIntegersasitsargumentsandcomputersthevalueof?rst
numberraisedtothepowerolthesemndnumber.
Wrlteashellscrlptthattalresacommand-lheargumentandreportsonwhetherilsdkectory.a?le.
orsomethlngelm.
Wrlteashelsalptthatacceptsa?lename.startingandendingllnenumbersasargumentsand
displaysallthellnesbetweentheglvenllnenumbers.
Wrlteashellscriptthatdisplaysall:ofalthe?leslnthecurrentdlredorytowhlchtheuserhas
read.wrlteandexecutepermissions.
Wrlteaprogramtocreateasocketandinplementconnectfunction.
Wrlteaprogamtodlsplayhelloworlduslngsignals.
Wrlteaproyamtoimplementtheslldhgwhdowprotocol.
WrlteaprogamtoImplementllstenerandtaker.
WrlteaprogramtoImplementTCPechoushgcIlent-serverprogram
WrlteaprogramtoimplementUDPechoushgcllent-serverprognm.
WrlteaTCPcllent-serverprogramtoconvertapvenstnnglntoreverse.
WrlteaUDPcllent-serverprogramtoconvertagivenstrlnglntoreverm.
RecommendedtouseOpenSourceSottwarellteFedora.Ubuntu,CentOS,etc_
WrlteaboveprogramuslngClanguageonUnIx/LhuxSystems.
Page|15
h.)
u:
'.J\
(l.
PAMM
nit/uni?
PracticalQuestionBunk
l?indthelltiekltessofuwireusingwedgeluethotl
DeterminethewavelengthoflighttisirtgBiprisrtt
IindRzttlittsofcurvztttlre01'agiveneunvcxlensusing.\I??\~1on?sringsmethod
FindtheresolvingpowerofPrism
Finddispersivepowerofaprism
liiltdthespeci?crotationofagivensugarsolutiontlsingpiuliimeter
Determinethcvravelengthoflightusingminimumdeviationmethod
Deltrrrtinuthewavtriength01'lightusingitormalincidencemethod
Detsrlnincresolvingpowerc-f-itgiventelescope
.
l-ilttltherefractiveindexofagivenliquidusingBoysmethod
.lindiheJefructiveindextrial\~?tterusingpulfrich1'6?'2'lCl0l'lk?l6l'
i.Uett-rlnincthewavelength0t"givenl-itsertlsittgdilli-zlctiortgrating
B.ScIIYr[IVSemester]ChemistryPracticalExamination
PaperIV~Quantitativeanalysis
?
II
QuestionBank
QuestionPaperPattern:
A.QucstinnforPrinciple\Vrit'illg
B.MainExperimentQuestion
A.QuestionsforthePrincipleVl/riting:
Anyoneamongthefollowingmayhegiven:
lWritetheprincipletlfctlntluctometrictitrationofastrongacidvsstrongbase.
Z.Givetheprincipleofconductometrictitrationofaweakacidvsstrongbase.
3.Writetheprincipleofpotcntitumetrictitrationofastrongacidvsstrongbase.
4.Git-ctltcprincipleofpotentiometrictitrationoliaweakacidvsstrongbase.
5.WritetheprinciplefortheestimationofNiZaslNitDMGtg].
6.(iivetheprinciplefortheestimationofBa(II]bygravimctricanalysis.
B.QuestionsfortheMainExperiment
I.DeterminetheconcentrationofgivenHCIsolutionbyacontluctumetrictitrationwith
theprovidedstandard0.5MNAOIlsolution.
2.Determinetheconcentrationofgivent\'<'lOllsolutionbyaccnductumctrir
titrationwiththeprovidedstandard0.lN1ll(.'lsolution.
3.Determinetheconceittratitunofgiven(I1lxCOOi-lsolutionbyaconrlnctontetrictitration
withthcprovidedstandard0.5MNaOllsolution.
4.Determinethooonccntr-xititttiofgivenNaOHsolutionbyacortductomctrivtitration
withtheprovidedstandard0.1.\'tNaOHsolution.
5.DctcrmincthoconcctttratiunofgivenHCIsolutionbyPotcntionictricallyusingstandard
0.5MNaOHsolutionprovided.
o.DctcrntinctheconcentrationofgivenNaOlIsolutionbyPotcutiomctricall)?using
stutttlairtl0.lMHClsolutionprovided.
7.Dctcrntinctheconcentraliotiofgiven(TllgCOOilsolutionbyPotentiometricallyusing
standard0.5M"MIDI-lsolutionprovided.
X.DeterminetheconcentrationofgivenNztOllsolutionby?Potciltiometricallyusing
standard0.1MNnOl-Isolutionprovided.
9.Estimatetheumotlnto1?Ni?:presentinthegivensolutionbybacktitrationtnetliod.You
areprovidedwithstandard.VlgSO4solution0.0ll\~landapproximately0.01MEDTA
solution.
l0.EstimatetheamountofBarium(ll)presentinthegivensolutionbyGravimctric
analysisusingdil.l~l;SO.=or(NIl,])2.q()&.
ll.EstimatetheatmountofsulphateasBaSCLxGravimetricallyinthegivm-insolutionusing
BaCl;solution.
SchemeofEvaluationforquestionsl-8
A.PrincipleWriling:(l5Marks
B.Experiment:l5Marks(Performingexperimentand?Yabulation-06marks,
Graph-05marks,Calculation-O3marksandResult?01mark)
C.Record&Viva:[ISMarks
TOTAL:25Fviarks
SchemeofEvaluationforgiles?ons9,10
A.PrincipleWriting:05Marks
B.Experiment:1SMarks(Weighing8cStandardization-04marks.Estimation~
04marks,Calculation-()4marksandResult-Olmark)
C.Record&Viva:05Marks
TOTAL:25lVlarks
lll.
IV.
5-?
B.SC(CBCS)BOTANY-[lYEAR
Semcstcr-IV-PaperIV
PlantAnatomy,EmbryologyandPalynology
i?
(A)Doublestaininglochniquu
Stem
1.Aclq-rant/m?
2.Boerhaavia
3.Bigriorxia
4.Dracaena
Root
I.Belavulgar/s
(B)Epidermalpeelo1?leaf
I.Parucytic
2.
Anisocytic
3.Anomocytic
4.Diacylii:
(C)PollenVl?lbllityTest(EvensBlue)
1.Hibiscus
(D)Embryology
l.'I'S0f'Anthci*
2.
Microsporangia
3.?Mcgasporangia
4.Embryo(l)icol.-?i?10n0C0t)
S.Typesofovules
aOrthotropus
b.Analmpus,
c.(Izimpylotropus
d.(?ircinotropus
c.Hemi-anatmpus
f.Amphitropus
(E)Palynology
l.Hibiscus
2.Acacia
3.
Grass
4.(Jcimun!~
(F)Anatomy(Woodstructure)
I.'l?cak(Teclonagrandis)
Rosewood(Dalbery-gialatqfblia)
Rodsanders(Pterocarpu-s?San/Minus)
Nallamadili(Ykmninaliatomertlosr/)
Nccm(Azadir?chrainr/iizu)P?PI?5*?
B.Sc.llYear
ZoologyPracticalSyllabusforIVSemester
CorePaper-IV
CellBiology,GeneticsandEvolution
QUESTIONBANK
WITHEFFECTFROM2017
Time:ZHIs.Max.Marks:25
l.Identify,Labelthediagramandwritesalientfeaturesofspots(04Spots][2x4
=8marks]
(Identi?cation1mark.Diagramandwriteup1mark)
Museumspecimens.slideslpiotures
Pcripatus
Coelacanthfish
Lepidosiren
Neoceratodus
Protopterus
Sphencdon
Archeopteriyx
Prophaseofmitosis/meiosis
Mataphaseofmitosis!me?osis
10.Anaphasecfmitosis/meiosis
l1.Tetophaseofmitosis/meiosis
12.Lampbrushchromosome
13.Polytencchromosome
$?.??.*?F>9>f-?.'?.-'
Qll.{4marks]
14.Squashpreparationofonionroottipsandidentficationofmitoticstages
15.Preparationandidentificationofdifferentstagesofmeiossi~1Grasshcppustestes.
Qlll.ProblemsonGenetics-Mendelianinheritance,LinkageandCrossingOverandSexLinked
Inheritance[3marks]
16.Ifaplanthomozygousfortalliscrossedwithone.|10?107yQOUSfordwarf.whatwzllbethe
appe?fa?wOftheF1;oitheF2;oftheoffspringofacrossofF.withitstallparent:withizsdwarf
pare?l?
1?.LettheallelefortallberepresentedbyTandtheallelefordwarfnessbyt.whatwillbethe
gametesproducedby2hr:parentsardthohoigr-tofrhoz?springrialordwarf)fromeachofthe
followingcrosses:Tfx!t,TTxTf;TfxTt?
18.Acertainpolledbut!isbredtothreecows.WithcowA,whichishornerlapollencalfisproduced;
withcowB,alsohorned,a~hornedcalfisproduced;withcowC.whichispolled.ahornedcalfis
produced.Wwatarethegenotypesofthefourparents.andwhatfurtheroffspring.inproportions
wouldyouexpectfromthesematings?Incattle.thepotledorhornlesseorditionPisdominant
overthehorned.p.
19.Assumethatawid-typefemaleDrosopirila.BBSS.withnormalgraybodyandred-colouredeyes
ismatedvzitnamutant-typemalehhss,v/itrulackhndycolctrandsepia-colouredeyesBy
followingthegeneraldirections,determinetheF~.genotypeAfter"hatingF?xF.whatclassesof
fliesmaybeexpeulediritheF;generation??
20.WhichineachofthefollowingascosporeanargententsinNeurospora.indicatefirst-division
segregationorsecond-divisionsegregation?
++cc
O+++
'5????++QQ++OQ
CC++
f2CCC
?l??tC'C
21.SupposethatInaNeurosporacrossgenesxandyaresegregating.llthefcllowngspore
arrangementswerefound.Whatwouldyouconcludeastothelocationof>randy?
4Q+4?
xyxy57
xyxy++++I50
22Fromthedatabelowcalculatethecrossovervaluebetweenblackandgrey:
l.Blackstraightxgreyare
F1xbfackare0Sgives:
Greystraight2B1
Greyare335
Blackstraight335
Blackare239
llBlackarexwi.dtype
F1xhlackare00gves:
GreystraightL641
Greyare1.254
Blackstraight1.180
Blackare1.532
23.Awomanwhosefatherwashaemophilic.butwho-snotherselfableecler.marriesanormalman
Whatisthechanceofhaemophiliairtheirchildren?
24.lfparentswithnormalvisionproducenormalandcolour-blindsonswhatproportionofthe
daughterswillbeheterozygoustorcolour-blindness?
25.Agirlofnormalvisionwhosefatherwascolour-blindmarriesamanofnormalvisior-whosefather
wasalsocolour-blind.Whattypeofvisioncanbeexpectedintheiroffspring?
QIV.Problemsfromevolution[3marks]
26.SupposeaSouthSeaInlandpopulationstartedwith10%blue-eyedand90%homozygous
orovrn-eyeupeople.Underthe.rtardy-Weinbergrulewnalw:.'lbeatequilibriumthepercentagesof
noterozygcles?0feachtypeofhomozygote?
27.Supposeapopulationhas100%ofpeoplewithblondgrouptypeA8.Whatwillbetheblood
groupsituationatequilibrium,assumingtheHardy-Weinberglawobtains?
28.UndertheHardy-Weinberglaw.whatisthefrequencyofgene?F??fitsonlyallele?p?is
homozygousin49%ofthepopulation?
0V.CertifiedpracticalRecord[3marks]
QVI.Album[GeneticsandEvolution?Photographs:OutOutswithAppropriateWriteUp]
[2marks]
Lampbrushandpolytenechromosomes
Studyofhomologyandanalogyfromsuitablespecimensandpictures.
'MacroevolutionusingDarwinfinches(Pictures)
Qvll.Viva-Voco[2marks]
B.Sc.llYozr
B.Sc.PRACTICALMODELPAPERFORIVSEMESTER
ZOOLOGY-COREPAPER-IV
CellBioIOQYiGonetiandEvolution
Time:2Hrs.Max.Marks:25
1.identification,labeleddiagramendsalientIeaturesofspots:
(O4spots)
2.?rcporcandluentifyMitoticdivisionswithonionrootlips:
3.OneProblemfromGenetics
4OneProblemlromEvolution
5.Certi?edpracticalrecord
6.Album
7.Vivavoce
f.)
u?
?J:
6.
.Design:.ll1(lcOl1Sll'1lCImmvusing.
EZEc/ir/zvb/i.417?JmzAQV
PruclimrzalQuesliouBank
(?onsaructinvertingampli?erusing()l?.-\\'li?"?41andfindilsgainusingDCam]AC?
1Jcsigi1anon-invci'lingzunplificrLisfng1C741and11ndgain1'01"DC?andAC?
(fonsuuclasummingzumpliliri"
Dcsignandumslruc;acumparulor"usingIC741
(?onstnmt.1Astahlcmultivihratorusing741IC
lksignumonavslalvlemullivibrzuorusing7411C
(fonslruclaninlegralurandstudyitsisulpulforSineandlrizmgularwaiveinputs
CmislruclaalilliculiailorciruiilmusingIC741and{inditsIIYSPLIIISCl0sincand
lrieuzgulziruuilvcs
{l1AVIVcircuitusingS??iimei-1Cand?ndiismintycycle
5andfinddutycycle
.("zmslrucl&l1'l'1]1|1|.l.lLi8mavderzitivranddeieciorand?ndilsnmdillulurindex
.(Iorislnlntl{kcqucriuymodulatoranddemodulatorcircuitsandtrucetheirwavelbrms
.811111111110integratorcircuitandstudyitsrcsponscbychangingthefrequencyofinput
.Nimnlnr:integratorcircuit.andStudyitsrssponscbych-arlgingthefrequenciesofinpuz.
.Fimulzil:\Veii1bridgeoscillnlcrusing741l('and.?ndilsl'|'eqli:r1c?xnl?(')scillmions
.Simululs.-'\m\'using,741and?nditsdutycycle
TSimulul:Amvusingtimerl('.
Timc:2hours
I.ExperimentQuestions
ll.Spottings
ITI.
l.
5,1
F"r?
7.
8.
9.
FACULTYOFSCIENCE
BSc.IVSemester(Practical)Examination-ZOIS
Subject:MICROBIOLOGY
QUESTIONBANK
Max.Marks:25
(l2Marks)
I-?indoutlhcquantity0|?Proteinpresentinthegivensamplebyl3iuret-?l..owr_v?s
methodandplotatstandardgraphofproteinbycalorimetry(Theexaminerwill
provideunknownsampleandnecessaryreagents).
lllldoutthuamountofDNApresen?.inthegivenstunplebyDiphcxrvlamine
methodandplotastandardgraphofDNAb)?caloriznelry{Thecxairtiticrwill
provideunknmvnsampleandncccssairyreagents).
PlotastandardgraphofRNAbycalorimetryusingOrcinolmethodandfindout
thequantity01'RNApresenti|1thegivensample(Theexaminerwillprovide
unknownsampleamttlcccssisryruagcnts).
IsolalcgctiomicDNAfromthegivensample.Observeandreporttheresult.
Asampleisprovidedtoyou.Dcmonstratcclcclrophorcticseparationbyusing
Agarosegelelectrophoresisandllttcrprotyourresult.
ProblemsrelatedtoDBA.RNAcharacteristics,'l'ranscriptionandlranslation
(Theexaminerscanprepareproblemstobesolvedbythestudents].
(4.\Z=8Marks)
(Talotimclcr
Ciu-"elle
Micropipcttc
l0.Centrifuge
ll
I2
l3
l4
_-
J
l6
l7
l8
l9
2U
Record&viva
.PCRkit
.(iclclcctropltoresisunit
.DNSreagentxvitl:label
.Tl?buffet"
'.DiagrammalicalrepresentationofIatoperott
.Biuretreagentwithlabel
.Orcinolreagentwithlabel
.GraphshowingtheestimationofDNAwithlahul
.(iraphshoivingtht?.osliitlationofRNAwithlabel
.(irapnshowingtheestimationofProteinwithlabel
(5Marks)
DSC?1I)
Paper-BS404(Practicals):BIOCHEMICALPREPARATIONSANDSEPARATIONS
(1Credits;2I-lrlwcekj
QUESTIONBANK
Duration2hoursII/lax.Nlarks25
l.WritethePrinciplesforthefollowingexperiments5[Vlarlts
.AbsorptioninaximaofColouredsubstances
.Absorptionspectraol?Pmteins
.Absorptionspectra0I'D.\IA
.IsolationofCascinfrommilk
.Isolationofchulcslcrol
Paper(Ihmmiit?gfiiphy
.?IhinLayerChromatography
Qf?l?tj?w}
2.MajorExperimentl0Marks
.Absorptionmaxima0i?colouredsubstances
.Absorptionspectram?proteins
.Absorptionspectraol"l\'ucleicacids:
.SeparationofAminoacidsby"Papci?chromatography
Separationofplantpigmcnlxby?TLC
;r|:r*.-G>
3.
MinorExperiment5Mark?
A.
IsolationofbggalbuminIiomeggwhile
B.
Isolationof('la.s'einfromMilk
(I.Isolation(sfslziruhfrompotato
D.Isolzilionof?cholesterolfromeggyolk
4.Viva-VoccandRccord5Marks
,1
ENDSEMESTERHANl.PRACTICALMODELPAPER
SEMESTERIV
APPLIEDNIJTRITION&PUBLIC.HEALTH
PAPIILR:IFANIILY&COMMUNITYNUTRITION
TIME:ZHRSMAXMARKS:ZS
1.
winetheRDA(axmtms)
2.
Planadafsdietforthegivenagegroup(SMARKS)
a.
Adulthood
b.Pregnantwomen
c.
Lactatingmulhei?
d.
Schoolgoingchild
u.Adolescent
I?.Oldagegroup
3.CalculatetheNutritivevaluelbranytwoNutrientsofimpomuiuuf?MARKS)
4.Preparation&displayofthcdictiQMARKS}
5.Record(SIVIARKSI
?=i
i?QWWG???-,~_\\?\\?-??
'-'ems.?
ofduabnwe?z?
25's?)
?gigging?
<58??
ENDSEMESTERPRACTICALEXAMINATION
SEMESTER4
CLINICALNUTRITIONANDDIl-YIIIIFICS
PAPER-?FOOI)SCIENCE
Time:2l-lrsMaxMarks:25
I.Writetherecipe[or2portionsofanyoneofthefollowingrecipes
andincoqmrzilein2|Menu(l0Marks)
a.(ihincseFriedRice
b.LcmunRice-
c.lllasalaRajmzi
d.
(Iholc
e.Vegetableso?noodles
I?.PalakPanccr
TomatoSOUP
Chutneysandivlch
P"?
(Iarrotllalwa
j.VemiicelliKIICOI?
IQ
PreparationanddisplayoFzmyone0Ftheabovementionedrecipes(lllMarks]
1s.
Napkinliold(2Marks)
4.PracticalI{t?L~tll'd(3Mark's)
Duratiun=2hours
l.MAJORI'R.-\(."I?I(IAI.S
l.
>?9.?":"'l?'!?
lI.l\
l.
2
3
4.
lll.
SPOTTERSIEXHIBITS
l.
4.?~:/-.+?e?.l~>
?IINOR
PRACTICALS
B.Sc(icneticsllYEAR
l\~?-SEMESTER
MICROBIAL(JENWIICSANDGENETICENGINEERING(B8406)
QUl<1S'l?l0NBANKFORPRACTICALS
Tofal=25M
lxl0=10M
Gramsmininlg
Bacterialgrowthcurve
Isolationof?Lwactcria
Inductionandisolationofnmtaxltsinbacteria
l-?rcparzuionofcolnpelenlcellsofbacteria
Ampli?culionofgeneofinterestbyPCR
Rcstricliondigestionanally-sis
1x5
=
5N1
Slcrilizalioumethods
.Mediacannpositionandprcparaliola
Puri?cationand1n21i11lcnzn1ccofbacterialcultures
PmbluunsonRestrictionmapping
Displayofbznclerialmedia
Displayofanysterilizationequipments?
Images0Flmnslbrlnation,Conjugation,lnlcrruptudmaling,Transduction
ImagesofVectors:PBR322,PUC,(Ins-mid,Yeastvectors
Images01'BlottingTechniques
Aniihioticresislanuce.Bluewhilecolonyscr?cningmethods
.Imagesofl-Iumulin.B1Cotton,Goldenrice,Phytorcnzediulion,Biorennediation
8.DispizyvofIndustrialpfO?lllCl?-CheeseFfoghun
IV.RECORD&VIVA
I1?;
2.8.1
.Showthatthemappingf(x:+bi)
PracticalsQuestionBank
Algebra
Unit-l
.Showthat{L23}undermultiplicationmodulo-lisnotagroupbutthat{L2.3.4}nrldcr
multiplicationmodulo5isagroup.
.LctGbeagroupwiththepropertythatforanyx._\'.zillthegroup.ry=:.rimpliesy=z.
ProvethatGisAbcliarl.
.Provethatthesetofall3x3matriceswithrealentriesofthefonn
(lab
k??f/
isagroupundermultiplication.
.LctGbethegroupofpolynomialsunderadditionwithcoefficientsfromZm.Findtheorders
ofj(.-r)=11?+51+4.9m=-l1?+s:+0.and1(1)+9(1)
.lfaisanelementofagroupGandIn]=7.showthataisthecubeofsomeclcmcrltofG.
.Suppomthat(n).(b)and(c)arecyclicgroupsoforders6.8.and20.rospcctivclv.Findall
generatorsof(n).(b).and(c).
.HowmanysubgroupsdocsZ10have?Listageneratorforeachofthesesubgroups.
.CorlsirlcrthesetH.8.12.16).Showthatthisactisagroupundermultiplicationmodulo20
byconstructingitsCnylcytable.Whatisthcidcrltityclcnlcrlt?lsthegroupcyclic?lfso.
?ndallofitsgenerators.
.Provethatagroupoforder4cannothaveasubgroupoforder3.
.Dctcrrnincwhetherthefollowingrwrruutationsarccvcrlorodd.
a.(I35)
h.(I356)
c.(13567)
d.(l2)(l34)(l52)
(I24a)(s52
1
).C.
Unit-lI
.Showthatthemappingn??>logmaisanisornorphisnfromR*undermultiplicationtoR
underaddition.
n
?
biisanautomorphismofthegroupofcomplex
numbersundcraddition.
.Findallofthcleftcosctsof{1.l1)inU(30).
28
2|.
22.
23.
2-l.
25.
26.
27.
.LetC?hethegroupofnonzeroeomplucnurnhersundermultiplicationandletH={a+biE
C'/a2+b?=l}.Giveageometricdearriptionoftheonset(3+~Ii)H.Giveageometric
descriptionoftheeoset(c+di)H.
.LetH={(ab)/n.b.dER.nd#0}.lsHanormalsubgroupofGL(2.R)?0d
.Whatistheorderofthefactorgroup%?;??
.LetG=U(l6).H={LIS}.andK={L9}.AreHandKisomorphic?AreG/HandG/K
is)rnorphie?
.ProvethatthemappingfromRunderadditiontoGL(2.R)thattakes.rto
ma:sin:
?.rinrma:
isagrouphonromorphisn.Whatisthekernelofthehomomorphism?
.SupposethattisahomomorphismfromZ30toZ30andKer]=(0.l0.20}.lff(23)=9,
determineallelementsthatmapto9.
.HowmanyAbeliangroups(uptoisomorphism)arethere
aoforder6'.?
I.oforderl5?
c.oforder~12?!
d.oforderpq.wherepandqaredistinctprimes?
e.oforderpqr.wherep.q.andrare(listinetprim(s?
Unit-lll
Let.\1,(z)1.011..-
ring
ofall2x2
matrices
overu..-integers....<11?R={(zZ)/<..bez}
ProveordisprovethatRisasuhringof.\I?(Z).
SupposethataandbbelongtoacommutativeringRwithunity.IfaisaunitofRand
b?=U.showthatr1+bisaunitofR.
Letnheanintegergreaterthanl.Inaringinwhich1?=.rforallr,showthatab=0
impliesbe=0.
Listallzero-divisorsir1Z".Canyouseearelationshiphetwvmuthezero-divisorsofZ20rurd
theunitsofZ1;?I
LetabelongtoaringRwithunityandsupposethatn"=0forsomepositiveintegern.
(Suchanelementiscallednilpotent.)Provethatl?r1hasamultiplicativeinverseinR.
Letllhe1minteger.ProvethatZh/d]={n+b\/l_l/a.b6Z}isanintegraldomain.
ShowthatZ"hasanonzeronilpotentelementifandonlyifnisdivisiblebythesquareof
someprime.
3|.
32.
~10.
.Findallunits.zero-divisors.idunpotmts.andnilpotentelementsinZ3QZ5.
.Findallmaximalidealsin
a.Zn.
b.Zm.
c.Zn.
d.Z".
.ShowumR[1]/(11+1)isa?eld.
Unit-IV
Provethateveryringhomomorphismf?omZ"toita-lfhmthefonn[(1)=u.where
G2=0.
Provethataringhomomorphismcarriesanidempotenttoanidempotent.
.InZ.letA=(2)andB=(8).ShowthatthegroupA/BisimmorphictothegroupZ4but
thattheringA/Bisnotring-isomorphictothering2;.
.Showthatthenumber9.897.651.521609.805isdivi?bleby99.
.Showthatnointegeroftheformll1.l11.11l.....1l1isprime.
.Letf(x)=4:3+213+z+3andg(.r)=3:?+3:3+31?:+:+-l.wheref(r).g(:)6Z5[:].
Compute[(1)+g(.r)and[(1-).g(z).
.Let[(1)=5:?+313+Irind9(1)=3:2+21'+linZ7[:].Determinethequotientand
remainderupondividingf(x)byg(z').
.Let[(1)belongtoZ,[r].Provethatif/(b)=0.then?b")=0.
.lsthemappingfromZ?;toZ?;givenbyr?>21aringhomomorphisnl?
DetermineallringhomomorphisrnsfromZtoZ.
l6
Note
8A.(ComputerApplications)?OsmaniaUniversity
WithElfectfromtheAcademicYear2017-2018
ComputerNetworksLabBA406
PracticalZllours/Weeklcredlt
U2vledltnrtncreatedifferent?legwrithgdatainto?les.modfylngdatahfles.
UsedlllerenttypesotUnlxcommandsonthe?lescreatedhfkstprogram.
Writeshellprogramsushg?case'.?then'and?l('It?else?statements.
Wrlteshellpmgramsushgwhilmdo-whileandforloopstatements.
WrlteashellscrhtthatacceptstwoIntegersasitsargumentsandcomputersthevalueof?rst
numberraisedtothepowerolthesemndnumber.
Wrlteashellscrlptthattalresacommand-lheargumentandreportsonwhetherilsdkectory.a?le.
orsomethlngelm.
Wrlteashelsalptthatacceptsa?lename.startingandendingllnenumbersasargumentsand
displaysallthellnesbetweentheglvenllnenumbers.
Wrlteashellscriptthatdisplaysall:ofalthe?leslnthecurrentdlredorytowhlchtheuserhas
read.wrlteandexecutepermissions.
Wrlteaprogramtocreateasocketandinplementconnectfunction.
Wrlteaprogamtodlsplayhelloworlduslngsignals.
Wrlteaproyamtoimplementtheslldhgwhdowprotocol.
WrlteaprogamtoImplementllstenerandtaker.
WrlteaprogramtoImplementTCPechoushgcIlent-serverprogram
WrlteaprogramtoimplementUDPechoushgcllent-serverprognm.
WrlteaTCPcllent-serverprogramtoconvertapvenstnnglntoreverse.
WrlteaUDPcllent-serverprogramtoconvertagivenstrlnglntoreverm.
RecommendedtouseOpenSourceSottwarellteFedora.Ubuntu,CentOS,etc_
WrlteaboveprogramuslngClanguageonUnIx/LhuxSystems.
Page|15
l6
Note
8.5c.(ComputerApplimtions)?OsmaniaUniversity
WithEifectfromtheAcademicYear2017-2018
ComputerNetworksLabB8406
PracticalZliours/Weekicredit
U2vieditnrtncreatedifferent?leswrithgdatainto?les.modfyingdatahtles.
UsediiierenttypesotUnixcommandsonthe?lescreatedhfkstprogram.
Writeshellprogramsushg?case'.?then'and?ifl.?else?statements.
Writeshellpmgramsushgwhilmdo-whileandforloopstatements.
WriteashellscrhtthatacceptstwoIntegersasitsargumentsandcomputersthevalueoi?rst
numberraisedtothepoweroithesemndnumber.
Wrlteashellscriptthattalresacommand-lheargumentandreportsonwhetheriisdkectory.a?le.
orsomethingelm.
Writeashelsaiptthatacceptsa?lename.startingandendinglinenumbersasargumentsand
displaysallthelinesbetweentheglvenlinenumbers.
WriteashellscriptthatdisplaysaIi:oialthe?lesinthecurrentdiredorytowhichtheuserhas
read.writeandexecutepermissions.
Wrlteaprogramtocreateasocketandinplementconnectfunction.
Wrlteaprogamtodisplayhelloworldusingsignals.
Wrlteaproyamtoimplementtheslidhgwhdowprotocol.
Writeaprogamtoimplementiistenerandtaker.
WriteaprogramtoimplementTCPechoushgcIient-serverprogram
WrlteaprogramtoimplementUDPechoushgclient-serverprognm.
WrlteaTCPclient-serverprogramtoconvertapvenstrtngintoreverse.
WrlteaUDPclient-serverprogramtoconvertagivenstringintoreverm.
RecommendedtouseOpenSourceSottwarellteFedora.Uhuntu,CentOS,etc_
WriteaboveprogramusingClanguageonUnix/LhuxSystems.
Page|15
h.)
u:
'.J\
(l.
PAMM
nit/uni?
PracticalQuestionBunk
l?indthelltiekltessofuwireusingwedgeluethotl
DeterminethewavelengthoflighttisirtgBiprisrtt
IindRzttlittsofcurvztttlre01'agiveneunvcxlensusing.\I??\~1on?sringsmethod
FindtheresolvingpowerofPrism
Finddispersivepowerofaprism
liiltdthespeci?crotationofagivensugarsolutiontlsingpiuliimeter
Determinethcvravelengthoflightusingminimumdeviationmethod
Deltrrrtinuthewavtriength01'lightusingitormalincidencemethod
Detsrlnincresolvingpowerc-f-itgiventelescope
.
l-ilttltherefractiveindexofagivenliquidusingBoysmethod
.lindiheJefructiveindextrial\~?tterusingpulfrich1'6?'2'lCl0l'lk?l6l'
i.Uett-rlnincthewavelength0t"givenl-itsertlsittgdilli-zlctiortgrating
B.ScIIYr[IVSemester]ChemistryPracticalExamination
PaperIV~Quantitativeanalysis
?
II
QuestionBank
QuestionPaperPattern:
A.QucstinnforPrinciple\Vrit'illg
B.MainExperimentQuestion
A.QuestionsforthePrincipleVl/riting:
Anyoneamongthefollowingmayhegiven:
lWritetheprincipletlfctlntluctometrictitrationofastrongacidvsstrongbase.
Z.Givetheprincipleofconductometrictitrationofaweakacidvsstrongbase.
3.Writetheprincipleofpotcntitumetrictitrationofastrongacidvsstrongbase.
4.Git-ctltcprincipleofpotentiometrictitrationoliaweakacidvsstrongbase.
5.WritetheprinciplefortheestimationofNiZaslNitDMGtg].
6.(iivetheprinciplefortheestimationofBa(II]bygravimctricanalysis.
B.QuestionsfortheMainExperiment
I.DeterminetheconcentrationofgivenHCIsolutionbyacontluctumetrictitrationwith
theprovidedstandard0.5MNAOIlsolution.
2.Determinetheconcentrationofgivent\'<'lOllsolutionbyaccnductumctrir
titrationwiththeprovidedstandard0.lN1ll(.'lsolution.
3.Determinetheconceittratitunofgiven(I1lxCOOi-lsolutionbyaconrlnctontetrictitration
withthcprovidedstandard0.5MNaOllsolution.
4.Determinethooonccntr-xititttiofgivenNaOHsolutionbyacortductomctrivtitration
withtheprovidedstandard0.1.\'tNaOHsolution.
5.DctcrmincthoconcctttratiunofgivenHCIsolutionbyPotcntionictricallyusingstandard
0.5MNaOHsolutionprovided.
o.DctcrntinctheconcentrationofgivenNaOlIsolutionbyPotcutiomctricall)?using
stutttlairtl0.lMHClsolutionprovided.
7.Dctcrntinctheconcentraliotiofgiven(TllgCOOilsolutionbyPotentiometricallyusing
standard0.5M"MIDI-lsolutionprovided.
X.DeterminetheconcentrationofgivenNztOllsolutionby?Potciltiometricallyusing
standard0.1MNnOl-Isolutionprovided.
9.Estimatetheumotlnto1?Ni?:presentinthegivensolutionbybacktitrationtnetliod.You
areprovidedwithstandard.VlgSO4solution0.0ll\~landapproximately0.01MEDTA
solution.
l0.EstimatetheamountofBarium(ll)presentinthegivensolutionbyGravimctric
analysisusingdil.l~l;SO.=or(NIl,])2.q()&.
ll.EstimatetheatmountofsulphateasBaSCLxGravimetricallyinthegivm-insolutionusing
BaCl;solution.
SchemeofEvaluationforquestionsl-8
A.PrincipleWriling:(l5Marks
B.Experiment:l5Marks(Performingexperimentand?Yabulation-06marks,
Graph-05marks,Calculation-O3marksandResult?01mark)
C.Record&Viva:[ISMarks
TOTAL:25Fviarks
SchemeofEvaluationforgiles?ons9,10
A.PrincipleWriting:05Marks
B.Experiment:1SMarks(Weighing8cStandardization-04marks.Estimation~
04marks,Calculation-()4marksandResult-Olmark)
C.Record&Viva:05Marks
TOTAL:25lVlarks
lll.
IV.
5-?
B.SC(CBCS)BOTANY-[lYEAR
Semcstcr-IV-PaperIV
PlantAnatomy,EmbryologyandPalynology
i?
(A)Doublestaininglochniquu
Stem
1.Aclq-rant/m?
2.Boerhaavia
3.Bigriorxia
4.Dracaena
Root
I.Belavulgar/s
(B)Epidermalpeelo1?leaf
I.Parucytic
2.
Anisocytic
3.Anomocytic
4.Diacylii:
(C)PollenVl?lbllityTest(EvensBlue)
1.Hibiscus
(D)Embryology
l.'I'S0f'Anthci*
2.
Microsporangia
3.?Mcgasporangia
4.Embryo(l)icol.-?i?10n0C0t)
S.Typesofovules
aOrthotropus
b.Analmpus,
c.(Izimpylotropus
d.(?ircinotropus
c.Hemi-anatmpus
f.Amphitropus
(E)Palynology
l.Hibiscus
2.Acacia
3.
Grass
4.(Jcimun!~
(F)Anatomy(Woodstructure)
I.'l?cak(Teclonagrandis)
Rosewood(Dalbery-gialatqfblia)
Rodsanders(Pterocarpu-s?San/Minus)
Nallamadili(Ykmninaliatomertlosr/)
Nccm(Azadir?chrainr/iizu)P?PI?5*?
B.Sc.llYear
ZoologyPracticalSyllabusforIVSemester
CorePaper-IV
CellBiology,GeneticsandEvolution
QUESTIONBANK
WITHEFFECTFROM2017
Time:ZHIs.Max.Marks:25
l.Identify,Labelthediagramandwritesalientfeaturesofspots(04Spots][2x4
=8marks]
(Identi?cation1mark.Diagramandwriteup1mark)
Museumspecimens.slideslpiotures
Pcripatus
Coelacanthfish
Lepidosiren
Neoceratodus
Protopterus
Sphencdon
Archeopteriyx
Prophaseofmitosis/meiosis
Mataphaseofmitosis!me?osis
10.Anaphasecfmitosis/meiosis
l1.Tetophaseofmitosis/meiosis
12.Lampbrushchromosome
13.Polytencchromosome
$?.??.*?F>9>f-?.'?.-'
Qll.{4marks]
14.Squashpreparationofonionroottipsandidentficationofmitoticstages
15.Preparationandidentificationofdifferentstagesofmeiossi~1Grasshcppustestes.
Qlll.ProblemsonGenetics-Mendelianinheritance,LinkageandCrossingOverandSexLinked
Inheritance[3marks]
16.Ifaplanthomozygousfortalliscrossedwithone.|10?107yQOUSfordwarf.whatwzllbethe
appe?fa?wOftheF1;oitheF2;oftheoffspringofacrossofF.withitstallparent:withizsdwarf
pare?l?
1?.LettheallelefortallberepresentedbyTandtheallelefordwarfnessbyt.whatwillbethe
gametesproducedby2hr:parentsardthohoigr-tofrhoz?springrialordwarf)fromeachofthe
followingcrosses:Tfx!t,TTxTf;TfxTt?
18.Acertainpolledbut!isbredtothreecows.WithcowA,whichishornerlapollencalfisproduced;
withcowB,alsohorned,a~hornedcalfisproduced;withcowC.whichispolled.ahornedcalfis
produced.Wwatarethegenotypesofthefourparents.andwhatfurtheroffspring.inproportions
wouldyouexpectfromthesematings?Incattle.thepotledorhornlesseorditionPisdominant
overthehorned.p.
19.Assumethatawid-typefemaleDrosopirila.BBSS.withnormalgraybodyandred-colouredeyes
ismatedvzitnamutant-typemalehhss,v/itrulackhndycolctrandsepia-colouredeyesBy
followingthegeneraldirections,determinetheF~.genotypeAfter"hatingF?xF.whatclassesof
fliesmaybeexpeulediritheF;generation??
20.WhichineachofthefollowingascosporeanargententsinNeurospora.indicatefirst-division
segregationorsecond-divisionsegregation?
++cc
O+++
'5????++QQ++OQ
CC++
f2CCC
?l??tC'C
21.SupposethatInaNeurosporacrossgenesxandyaresegregating.llthefcllowngspore
arrangementswerefound.Whatwouldyouconcludeastothelocationof>randy?
4Q+4?
xyxy57
xyxy++++I50
22Fromthedatabelowcalculatethecrossovervaluebetweenblackandgrey:
l.Blackstraightxgreyare
F1xbfackare0Sgives:
Greystraight2B1
Greyare335
Blackstraight335
Blackare239
llBlackarexwi.dtype
F1xhlackare00gves:
GreystraightL641
Greyare1.254
Blackstraight1.180
Blackare1.532
23.Awomanwhosefatherwashaemophilic.butwho-snotherselfableecler.marriesanormalman
Whatisthechanceofhaemophiliairtheirchildren?
24.lfparentswithnormalvisionproducenormalandcolour-blindsonswhatproportionofthe
daughterswillbeheterozygoustorcolour-blindness?
25.Agirlofnormalvisionwhosefatherwascolour-blindmarriesamanofnormalvisior-whosefather
wasalsocolour-blind.Whattypeofvisioncanbeexpectedintheiroffspring?
QIV.Problemsfromevolution[3marks]
26.SupposeaSouthSeaInlandpopulationstartedwith10%blue-eyedand90%homozygous
orovrn-eyeupeople.Underthe.rtardy-Weinbergrulewnalw:.'lbeatequilibriumthepercentagesof
noterozygcles?0feachtypeofhomozygote?
27.Supposeapopulationhas100%ofpeoplewithblondgrouptypeA8.Whatwillbetheblood
groupsituationatequilibrium,assumingtheHardy-Weinberglawobtains?
28.UndertheHardy-Weinberglaw.whatisthefrequencyofgene?F??fitsonlyallele?p?is
homozygousin49%ofthepopulation?
0V.CertifiedpracticalRecord[3marks]
QVI.Album[GeneticsandEvolution?Photographs:OutOutswithAppropriateWriteUp]
[2marks]
Lampbrushandpolytenechromosomes
Studyofhomologyandanalogyfromsuitablespecimensandpictures.
'MacroevolutionusingDarwinfinches(Pictures)
Qvll.Viva-Voco[2marks]
B.Sc.llYozr
B.Sc.PRACTICALMODELPAPERFORIVSEMESTER
ZOOLOGY-COREPAPER-IV
CellBioIOQYiGonetiandEvolution
Time:2Hrs.Max.Marks:25
1.identification,labeleddiagramendsalientIeaturesofspots:
(O4spots)
2.?rcporcandluentifyMitoticdivisionswithonionrootlips:
3.OneProblemfromGenetics
4OneProblemlromEvolution
5.Certi?edpracticalrecord
6.Album
7.Vivavoce
f.)
u?
?J:
6.
.Design:.ll1(lcOl1Sll'1lCImmvusing.
EZEc/ir/zvb/i.417?JmzAQV
PruclimrzalQuesliouBank
(?onsaructinvertingampli?erusing()l?.-\\'li?"?41andfindilsgainusingDCam]AC?
1Jcsigi1anon-invci'lingzunplificrLisfng1C741and11ndgain1'01"DC?andAC?
(fonsuuclasummingzumpliliri"
Dcsignandumslruc;acumparulor"usingIC741
(?onstnmt.1Astahlcmultivihratorusing741IC
lksignumonavslalvlemullivibrzuorusing7411C
(fonslruclaninlegralurandstudyitsisulpulforSineandlrizmgularwaiveinputs
CmislruclaalilliculiailorciruiilmusingIC741and{inditsIIYSPLIIISCl0sincand
lrieuzgulziruuilvcs
{l1AVIVcircuitusingS??iimei-1Cand?ndiismintycycle
5andfinddutycycle
.("zmslrucl&l1'l'1]1|1|.l.lLi8mavderzitivranddeieciorand?ndilsnmdillulurindex
.(Iorislnlntl{kcqucriuymodulatoranddemodulatorcircuitsandtrucetheirwavelbrms
.811111111110integratorcircuitandstudyitsrcsponscbychangingthefrequencyofinput
.Nimnlnr:integratorcircuit.andStudyitsrssponscbych-arlgingthefrequenciesofinpuz.
.Fimulzil:\Veii1bridgeoscillnlcrusing741l('and.?ndilsl'|'eqli:r1c?xnl?(')scillmions
.Simululs.-'\m\'using,741and?nditsdutycycle
TSimulul:Amvusingtimerl('.
Timc:2hours
I.ExperimentQuestions
ll.Spottings
ITI.
l.
5,1
F"r?
7.
8.
9.
FACULTYOFSCIENCE
BSc.IVSemester(Practical)Examination-ZOIS
Subject:MICROBIOLOGY
QUESTIONBANK
Max.Marks:25
(l2Marks)
I-?indoutlhcquantity0|?Proteinpresentinthegivensamplebyl3iuret-?l..owr_v?s
methodandplotatstandardgraphofproteinbycalorimetry(Theexaminerwill
provideunknownsampleandnecessaryreagents).
lllldoutthuamountofDNApresen?.inthegivenstunplebyDiphcxrvlamine
methodandplotastandardgraphofDNAb)?caloriznelry{Thecxairtiticrwill
provideunknmvnsampleandncccssairyreagents).
PlotastandardgraphofRNAbycalorimetryusingOrcinolmethodandfindout
thequantity01'RNApresenti|1thegivensample(Theexaminerwillprovide
unknownsampleamttlcccssisryruagcnts).
IsolalcgctiomicDNAfromthegivensample.Observeandreporttheresult.
Asampleisprovidedtoyou.Dcmonstratcclcclrophorcticseparationbyusing
Agarosegelelectrophoresisandllttcrprotyourresult.
ProblemsrelatedtoDBA.RNAcharacteristics,'l'ranscriptionandlranslation
(Theexaminerscanprepareproblemstobesolvedbythestudents].
(4.\Z=8Marks)
(Talotimclcr
Ciu-"elle
Micropipcttc
l0.Centrifuge
ll
I2
l3
l4
_-
J
l6
l7
l8
l9
2U
Record&viva
.PCRkit
.(iclclcctropltoresisunit
.DNSreagentxvitl:label
.Tl?buffet"
'.DiagrammalicalrepresentationofIatoperott
.Biuretreagentwithlabel
.Orcinolreagentwithlabel
.GraphshowingtheestimationofDNAwithlahul
.(iraphshoivingtht?.osliitlationofRNAwithlabel
.(irapnshowingtheestimationofProteinwithlabel
(5Marks)
DSC?1I)
Paper-BS404(Practicals):BIOCHEMICALPREPARATIONSANDSEPARATIONS
(1Credits;2I-lrlwcekj
QUESTIONBANK
Duration2hoursII/lax.Nlarks25
l.WritethePrinciplesforthefollowingexperiments5[Vlarlts
.AbsorptioninaximaofColouredsubstances
.Absorptionspectraol?Pmteins
.Absorptionspectra0I'D.\IA
.IsolationofCascinfrommilk
.Isolationofchulcslcrol
Paper(Ihmmiit?gfiiphy
.?IhinLayerChromatography
Qf?l?tj?w}
2.MajorExperimentl0Marks
.Absorptionmaxima0i?colouredsubstances
.Absorptionspectram?proteins
.Absorptionspectraol"l\'ucleicacids:
.SeparationofAminoacidsby"Papci?chromatography
Separationofplantpigmcnlxby?TLC
;r|:r*.-G>
3.
MinorExperiment5Mark?
A.
IsolationofbggalbuminIiomeggwhile
B.
Isolationof('la.s'einfromMilk
(I.Isolation(sfslziruhfrompotato
D.Isolzilionof?cholesterolfromeggyolk
4.Viva-VoccandRccord5Marks
,1
ENDSEMESTERHANl.PRACTICALMODELPAPER
SEMESTERIV
APPLIEDNIJTRITION&PUBLIC.HEALTH
PAPIILR:IFANIILY&COMMUNITYNUTRITION
TIME:ZHRSMAXMARKS:ZS
1.
winetheRDA(axmtms)
2.
Planadafsdietforthegivenagegroup(SMARKS)
a.
Adulthood
b.Pregnantwomen
c.
Lactatingmulhei?
d.
Schoolgoingchild
u.Adolescent
I?.Oldagegroup
3.CalculatetheNutritivevaluelbranytwoNutrientsofimpomuiuuf?MARKS)
4.Preparation&displayofthcdictiQMARKS}
5.Record(SIVIARKSI
?=i
i?QWWG???-,~_\\?\\?-??
'-'ems.?
ofduabnwe?z?
25's?)
?gigging?
<58??
ENDSEMESTERPRACTICALEXAMINATION
SEMESTER4
CLINICALNUTRITIONANDDIl-YIIIIFICS
PAPER-?FOOI)SCIENCE
Time:2l-lrsMaxMarks:25
I.Writetherecipe[or2portionsofanyoneofthefollowingrecipes
andincoqmrzilein2|Menu(l0Marks)
a.(ihincseFriedRice
b.LcmunRice-
c.lllasalaRajmzi
d.
(Iholc
e.Vegetableso?noodles
I?.PalakPanccr
TomatoSOUP
Chutneysandivlch
P"?
(Iarrotllalwa
j.VemiicelliKIICOI?
IQ
PreparationanddisplayoFzmyone0Ftheabovementionedrecipes(lllMarks]
1s.
Napkinliold(2Marks)
4.PracticalI{t?L~tll'd(3Mark's)
Duratiun=2hours
l.MAJORI'R.-\(."I?I(IAI.S
l.
>?9.?":"'l?'!?
lI.l\
l.
2
3
4.
lll.
SPOTTERSIEXHIBITS
l.
4.?~:/-.+?e?.l~>
?IINOR
PRACTICALS
B.Sc(icneticsllYEAR
l\~?-SEMESTER
MICROBIAL(JENWIICSANDGENETICENGINEERING(B8406)
QUl<1S'l?l0NBANKFORPRACTICALS
Tofal=25M
lxl0=10M
Gramsmininlg
Bacterialgrowthcurve
Isolationof?Lwactcria
Inductionandisolationofnmtaxltsinbacteria
l-?rcparzuionofcolnpelenlcellsofbacteria
Ampli?culionofgeneofinterestbyPCR
Rcstricliondigestionanally-sis
1x5
=
5N1
Slcrilizalioumethods
.Mediacannpositionandprcparaliola
Puri?cationand1n21i11lcnzn1ccofbacterialcultures
PmbluunsonRestrictionmapping
Displayofbznclerialmedia
Displayofanysterilizationequipments?
Images0Flmnslbrlnation,Conjugation,lnlcrruptudmaling,Transduction
ImagesofVectors:PBR322,PUC,(Ins-mid,Yeastvectors
Images01'BlottingTechniques
Aniihioticresislanuce.Bluewhilecolonyscr?cningmethods
.Imagesofl-Iumulin.B1Cotton,Goldenrice,Phytorcnzediulion,Biorennediation
8.DispizyvofIndustrialpfO?lllCl?-CheeseFfoghun
IV.RECORD&VIVA
I1?;
2.8.1
.Showthatthemappingf(x:+bi)
PracticalsQuestionBank
Algebra
Unit-l
.Showthat{L23}undermultiplicationmodulo-lisnotagroupbutthat{L2.3.4}nrldcr
multiplicationmodulo5isagroup.
.LctGbeagroupwiththepropertythatforanyx._\'.zillthegroup.ry=:.rimpliesy=z.
ProvethatGisAbcliarl.
.Provethatthesetofall3x3matriceswithrealentriesofthefonn
(lab
k??f/
isagroupundermultiplication.
.LctGbethegroupofpolynomialsunderadditionwithcoefficientsfromZm.Findtheorders
ofj(.-r)=11?+51+4.9m=-l1?+s:+0.and1(1)+9(1)
.lfaisanelementofagroupGandIn]=7.showthataisthecubeofsomeclcmcrltofG.
.Suppomthat(n).(b)and(c)arecyclicgroupsoforders6.8.and20.rospcctivclv.Findall
generatorsof(n).(b).and(c).
.HowmanysubgroupsdocsZ10have?Listageneratorforeachofthesesubgroups.
.CorlsirlcrthesetH.8.12.16).Showthatthisactisagroupundermultiplicationmodulo20
byconstructingitsCnylcytable.Whatisthcidcrltityclcnlcrlt?lsthegroupcyclic?lfso.
?ndallofitsgenerators.
.Provethatagroupoforder4cannothaveasubgroupoforder3.
.Dctcrrnincwhetherthefollowingrwrruutationsarccvcrlorodd.
a.(I35)
h.(I356)
c.(13567)
d.(l2)(l34)(l52)
(I24a)(s52
1
).C.
Unit-lI
.Showthatthemappingn??>logmaisanisornorphisnfromR*undermultiplicationtoR
underaddition.
n
?
biisanautomorphismofthegroupofcomplex
numbersundcraddition.
.Findallofthcleftcosctsof{1.l1)inU(30).
28
2|.
22.
23.
2-l.
25.
26.
27.
.LetC?hethegroupofnonzeroeomplucnurnhersundermultiplicationandletH={a+biE
C'/a2+b?=l}.Giveageometricdearriptionoftheonset(3+~Ii)H.Giveageometric
descriptionoftheeoset(c+di)H.
.LetH={(ab)/n.b.dER.nd#0}.lsHanormalsubgroupofGL(2.R)?0d
.Whatistheorderofthefactorgroup%?;??
.LetG=U(l6).H={LIS}.andK={L9}.AreHandKisomorphic?AreG/HandG/K
is)rnorphie?
.ProvethatthemappingfromRunderadditiontoGL(2.R)thattakes.rto
ma:sin:
?.rinrma:
isagrouphonromorphisn.Whatisthekernelofthehomomorphism?
.SupposethattisahomomorphismfromZ30toZ30andKer]=(0.l0.20}.lff(23)=9,
determineallelementsthatmapto9.
.HowmanyAbeliangroups(uptoisomorphism)arethere
aoforder6'.?
I.oforderl5?
c.oforder~12?!
d.oforderpq.wherepandqaredistinctprimes?
e.oforderpqr.wherep.q.andrare(listinetprim(s?
Unit-lll
Let.\1,(z)1.011..-
ring
ofall2x2
matrices
overu..-integers....<11?R={(zZ)/<..bez}
ProveordisprovethatRisasuhringof.\I?(Z).
SupposethataandbbelongtoacommutativeringRwithunity.IfaisaunitofRand
b?=U.showthatr1+bisaunitofR.
Letnheanintegergreaterthanl.Inaringinwhich1?=.rforallr,showthatab=0
impliesbe=0.
Listallzero-divisorsir1Z".Canyouseearelationshiphetwvmuthezero-divisorsofZ20rurd
theunitsofZ1;?I
LetabelongtoaringRwithunityandsupposethatn"=0forsomepositiveintegern.
(Suchanelementiscallednilpotent.)Provethatl?r1hasamultiplicativeinverseinR.
Letllhe1minteger.ProvethatZh/d]={n+b\/l_l/a.b6Z}isanintegraldomain.
ShowthatZ"hasanonzeronilpotentelementifandonlyifnisdivisiblebythesquareof
someprime.
3|.
32.
~10.
.Findallunits.zero-divisors.idunpotmts.andnilpotentelementsinZ3QZ5.
.Findallmaximalidealsin
a.Zn.
b.Zm.
c.Zn.
d.Z".
.ShowumR[1]/(11+1)isa?eld.
Unit-IV
Provethateveryringhomomorphismf?omZ"toita-lfhmthefonn[(1)=u.where
G2=0.
Provethataringhomomorphismcarriesanidempotenttoanidempotent.
.InZ.letA=(2)andB=(8).ShowthatthegroupA/BisimmorphictothegroupZ4but
thattheringA/Bisnotring-isomorphictothering2;.
.Showthatthenumber9.897.651.521609.805isdivi?bleby99.
.Showthatnointegeroftheformll1.l11.11l.....1l1isprime.
.Letf(x)=4:3+213+z+3andg(.r)=3:?+3:3+31?:+:+-l.wheref(r).g(:)6Z5[:].
Compute[(1)+g(.r)and[(1-).g(z).
.Let[(1)=5:?+313+Irind9(1)=3:2+21'+linZ7[:].Determinethequotientand
remainderupondividingf(x)byg(z').
.Let[(1)belongtoZ,[r].Provethatif/(b)=0.then?b")=0.
.lsthemappingfromZ?;toZ?;givenbyr?>21aringhomomorphisnl?
DetermineallringhomomorphisrnsfromZtoZ.
l6
Note
8A.(ComputerApplications)?OsmaniaUniversity
WithElfectfromtheAcademicYear2017-2018
ComputerNetworksLabBA406
PracticalZllours/Weeklcredlt
U2vledltnrtncreatedifferent?legwrithgdatainto?les.modfylngdatahfles.
UsedlllerenttypesotUnlxcommandsonthe?lescreatedhfkstprogram.
Writeshellprogramsushg?case'.?then'and?l('It?else?statements.
Wrlteshellpmgramsushgwhilmdo-whileandforloopstatements.
WrlteashellscrhtthatacceptstwoIntegersasitsargumentsandcomputersthevalueof?rst
numberraisedtothepowerolthesemndnumber.
Wrlteashellscrlptthattalresacommand-lheargumentandreportsonwhetherilsdkectory.a?le.
orsomethlngelm.
Wrlteashelsalptthatacceptsa?lename.startingandendingllnenumbersasargumentsand
displaysallthellnesbetweentheglvenllnenumbers.
Wrlteashellscriptthatdisplaysall:ofalthe?leslnthecurrentdlredorytowhlchtheuserhas
read.wrlteandexecutepermissions.
Wrlteaprogramtocreateasocketandinplementconnectfunction.
Wrlteaprogamtodlsplayhelloworlduslngsignals.
Wrlteaproyamtoimplementtheslldhgwhdowprotocol.
WrlteaprogamtoImplementllstenerandtaker.
WrlteaprogramtoImplementTCPechoushgcIlent-serverprogram
WrlteaprogramtoimplementUDPechoushgcllent-serverprognm.
WrlteaTCPcllent-serverprogramtoconvertapvenstnnglntoreverse.
WrlteaUDPcllent-serverprogramtoconvertagivenstrlnglntoreverm.
RecommendedtouseOpenSourceSottwarellteFedora.Ubuntu,CentOS,etc_
WrlteaboveprogramuslngClanguageonUnIx/LhuxSystems.
Page|15
l6
Note
8.5c.(ComputerApplimtions)?OsmaniaUniversity
WithEifectfromtheAcademicYear2017-2018
ComputerNetworksLabB8406
PracticalZliours/Weekicredit
U2vieditnrtncreatedifferent?leswrithgdatainto?les.modfyingdatahtles.
UsediiierenttypesotUnixcommandsonthe?lescreatedhfkstprogram.
Writeshellprogramsushg?case'.?then'and?ifl.?else?statements.
Writeshellpmgramsushgwhilmdo-whileandforloopstatements.
WriteashellscrhtthatacceptstwoIntegersasitsargumentsandcomputersthevalueoi?rst
numberraisedtothepoweroithesemndnumber.
Wrlteashellscriptthattalresacommand-lheargumentandreportsonwhetheriisdkectory.a?le.
orsomethingelm.
Writeashelsaiptthatacceptsa?lename.startingandendinglinenumbersasargumentsand
displaysallthelinesbetweentheglvenlinenumbers.
WriteashellscriptthatdisplaysaIi:oialthe?lesinthecurrentdiredorytowhichtheuserhas
read.writeandexecutepermissions.
Wrlteaprogramtocreateasocketandinplementconnectfunction.
Wrlteaprogamtodisplayhelloworldusingsignals.
Wrlteaproyamtoimplementtheslidhgwhdowprotocol.
Writeaprogamtoimplementiistenerandtaker.
WriteaprogramtoimplementTCPechoushgcIient-serverprogram
WrlteaprogramtoimplementUDPechoushgclient-serverprognm.
WrlteaTCPclient-serverprogramtoconvertapvenstrtngintoreverse.
WrlteaUDPclient-serverprogramtoconvertagivenstringintoreverm.
RecommendedtouseOpenSourceSottwarellteFedora.Uhuntu,CentOS,etc_
WriteaboveprogramusingClanguageonUnix/LhuxSystems.
Page|15
WithEffectfromtheAcademicYear2017-2018
DatabaseManagementSystemsLabB5406
Practical2Hours/Weekicredit
ConsidertherelationalschemaforpartofiheDreamilomecasestudyis:
Branch(branchNo,street.city.postcode)
Staff(sDiTNo.iName.iName.position.sex.DOB.slary.branchNo)
PropertyForRent(grogg?mstreegcity,postcode,type,rooms,rent,ownerNo,staffNo,
wumvrcut~r~
8.5c.(ComputerScience)?OsmaniaUniversity
branchNo)
Cllent(clientNoJName,lName,telNo,preffypmmaxllenr,eMal)
Prlvate0wner(ownerNo.fName,lName.addnes.telNo.eMail.password)
viewing(clientNmproperwNo.viewDate.comment)
Registration(clientNo,branchNo,staffNo,date|oined)
Createadaiabxewithname'DreamHome'andnowcreatealltheableslistedabovewithconstrains.
lnsertanewmwintothetablesupplyingdataforallcolumns
ModiydataInthedatabaseusingUPDATE
DeletedamfromthedatabaseuslngDELETI-I
ChanghgaIabledeiirritlonusingALTER
RemovingatableushgDROP
RemovingrowsintableusingTRUNCATE
Createanindexandremovinganindex
PracticeotherstandardSQLcommandsforcreating,modifyhg,displayingdataoftables.
.Listfulldetailsofallstaff.
.Listallstaffwiihasalarygeaterthan?10000.
.Listthepropertynumbersofallpropertiesthathavebeenviewed.
.Producealktofsalarlesforallstaff,showhgonlythestaffNo,fName.lName.andsahrydetails.
.Listallcitieswherethereiseitherabranchofficeorapropertyforrent.
.Listallcitieswherethereisabranchofficebutnopropertiesforrent.
.Listallcitieswherethereisbothabranchoffleeandatleastonepropertyforrent.
.Listthenamesandcommentsofallclbzntswhohaveviewedapropertyforrent.
.Produceastatusrepononpropertyvbwlngs.
.ListcompletedetailsofallstaffwhoworkatthebranchinGlasgow.
.ListtheaddressesofallbranchofficesinLondonorGlasgow
.Listallstaffwlthasalarybetween?20.000and?30.000.
.Identifyalldientswhohaveviewedallpropertieswiththreerooms.
.Howmanypropertiescostmorethan?350permonthtorent?!
.HowmanydifferentpropertieswereviewedhMay20137
.FindlhetotalnumberofManagersandthesumoflheirsahries.
.Findtheminimum.ma:dmum.andaveragestaffsalary.
.Findthenumberofstaffworirlngheachbranchandthesumoftheirsalarles.
.Listallmanagersandsupervisors.
.Findallownerswlththestrlng'Ghsgow'lnthelraddress.
.ListthedetalsofallviewhponpropertyPG-iwhereaoommenthasnotbeensupplied.
.Producealbtofsalariesforalliaff,arrangedindescendingorderofsalary.
.Produceanabbreviatedllstofpropertiesarrangedinorderofpropertytype.
.Findthenumberofstalfworkingheachbranchandthesumofiheirsalaries.
.ForeachbranchofficewlhmorethanonememberofstafLflndthenurnberofstaffworkingheach
branchandthesumofihelrsalaries
.Listthestaffwhoworkinthebranchat'i63MahSt?.
.ListallsuffwhoseQlaryisgreaterthantheaveragesalary.andshowbyhowmuchtheksalaryis
greaterthantheaverage.
.Listtheproperthsthatarehandledbystaffwhoworkinthebranchat'163MahSt?.
.FindallstaffwhosesalarylslargerthanthesalaryofatleastonememberofstaffatbranchB003.
.FindallstaffwhosesalaryislargerthanthesalaryofeverymemberofstaffatbranchB003
.Listthenamesofalldlentswhohaveviewedapropertyzalongwithanycommentssupplled.
.Foreachbranchoffice,listthestaffnumbersandnamesofstaffwhomanagepropertiesandthe
propertiesthattheymanage.
.Foreachbranch.listthesailnurnbersandnamesofstaffwhornanappropertiesJncludhgthecityln
whichthebranchislocatedandthepmpertiesthatthestaffmanage.
Page|14
h.)
u:
'.J\
(l.
PAMM
nit/uni?
PracticalQuestionBunk
l?indthelltiekltessofuwireusingwedgeluethotl
DeterminethewavelengthoflighttisirtgBiprisrtt
IindRzttlittsofcurvztttlre01'agiveneunvcxlensusing.\I??\~1on?sringsmethod
FindtheresolvingpowerofPrism
Finddispersivepowerofaprism
liiltdthespeci?crotationofagivensugarsolutiontlsingpiuliimeter
Determinethcvravelengthoflightusingminimumdeviationmethod
Deltrrrtinuthewavtriength01'lightusingitormalincidencemethod
Detsrlnincresolvingpowerc-f-itgiventelescope
.
l-ilttltherefractiveindexofagivenliquidusingBoysmethod
.lindiheJefructiveindextrial\~?tterusingpulfrich1'6?'2'lCl0l'lk?l6l'
i.Uett-rlnincthewavelength0t"givenl-itsertlsittgdilli-zlctiortgrating
B.ScIIYr[IVSemester]ChemistryPracticalExamination
PaperIV~Quantitativeanalysis
?
II
QuestionBank
QuestionPaperPattern:
A.QucstinnforPrinciple\Vrit'illg
B.MainExperimentQuestion
A.QuestionsforthePrincipleVl/riting:
Anyoneamongthefollowingmayhegiven:
lWritetheprincipletlfctlntluctometrictitrationofastrongacidvsstrongbase.
Z.Givetheprincipleofconductometrictitrationofaweakacidvsstrongbase.
3.Writetheprincipleofpotcntitumetrictitrationofastrongacidvsstrongbase.
4.Git-ctltcprincipleofpotentiometrictitrationoliaweakacidvsstrongbase.
5.WritetheprinciplefortheestimationofNiZaslNitDMGtg].
6.(iivetheprinciplefortheestimationofBa(II]bygravimctricanalysis.
B.QuestionsfortheMainExperiment
I.DeterminetheconcentrationofgivenHCIsolutionbyacontluctumetrictitrationwith
theprovidedstandard0.5MNAOIlsolution.
2.Determinetheconcentrationofgivent\'<'lOllsolutionbyaccnductumctrir
titrationwiththeprovidedstandard0.lN1ll(.'lsolution.
3.Determinetheconceittratitunofgiven(I1lxCOOi-lsolutionbyaconrlnctontetrictitration
withthcprovidedstandard0.5MNaOllsolution.
4.Determinethooonccntr-xititttiofgivenNaOHsolutionbyacortductomctrivtitration
withtheprovidedstandard0.1.\'tNaOHsolution.
5.DctcrmincthoconcctttratiunofgivenHCIsolutionbyPotcntionictricallyusingstandard
0.5MNaOHsolutionprovided.
o.DctcrntinctheconcentrationofgivenNaOlIsolutionbyPotcutiomctricall)?using
stutttlairtl0.lMHClsolutionprovided.
7.Dctcrntinctheconcentraliotiofgiven(TllgCOOilsolutionbyPotentiometricallyusing
standard0.5M"MIDI-lsolutionprovided.
X.DeterminetheconcentrationofgivenNztOllsolutionby?Potciltiometricallyusing
standard0.1MNnOl-Isolutionprovided.
9.Estimatetheumotlnto1?Ni?:presentinthegivensolutionbybacktitrationtnetliod.You
areprovidedwithstandard.VlgSO4solution0.0ll\~landapproximately0.01MEDTA
solution.
l0.EstimatetheamountofBarium(ll)presentinthegivensolutionbyGravimctric
analysisusingdil.l~l;SO.=or(NIl,])2.q()&.
ll.EstimatetheatmountofsulphateasBaSCLxGravimetricallyinthegivm-insolutionusing
BaCl;solution.
SchemeofEvaluationforquestionsl-8
A.PrincipleWriling:(l5Marks
B.Experiment:l5Marks(Performingexperimentand?Yabulation-06marks,
Graph-05marks,Calculation-O3marksandResult?01mark)
C.Record&Viva:[ISMarks
TOTAL:25Fviarks
SchemeofEvaluationforgiles?ons9,10
A.PrincipleWriting:05Marks
B.Experiment:1SMarks(Weighing8cStandardization-04marks.Estimation~
04marks,Calculation-()4marksandResult-Olmark)
C.Record&Viva:05Marks
TOTAL:25lVlarks
lll.
IV.
5-?
B.SC(CBCS)BOTANY-[lYEAR
Semcstcr-IV-PaperIV
PlantAnatomy,EmbryologyandPalynology
i?
(A)Doublestaininglochniquu
Stem
1.Aclq-rant/m?
2.Boerhaavia
3.Bigriorxia
4.Dracaena
Root
I.Belavulgar/s
(B)Epidermalpeelo1?leaf
I.Parucytic
2.
Anisocytic
3.Anomocytic
4.Diacylii:
(C)PollenVl?lbllityTest(EvensBlue)
1.Hibiscus
(D)Embryology
l.'I'S0f'Anthci*
2.
Microsporangia
3.?Mcgasporangia
4.Embryo(l)icol.-?i?10n0C0t)
S.Typesofovules
aOrthotropus
b.Analmpus,
c.(Izimpylotropus
d.(?ircinotropus
c.Hemi-anatmpus
f.Amphitropus
(E)Palynology
l.Hibiscus
2.Acacia
3.
Grass
4.(Jcimun!~
(F)Anatomy(Woodstructure)
I.'l?cak(Teclonagrandis)
Rosewood(Dalbery-gialatqfblia)
Rodsanders(Pterocarpu-s?San/Minus)
Nallamadili(Ykmninaliatomertlosr/)
Nccm(Azadir?chrainr/iizu)P?PI?5*?
B.Sc.llYear
ZoologyPracticalSyllabusforIVSemester
CorePaper-IV
CellBiology,GeneticsandEvolution
QUESTIONBANK
WITHEFFECTFROM2017
Time:ZHIs.Max.Marks:25
l.Identify,Labelthediagramandwritesalientfeaturesofspots(04Spots][2x4
=8marks]
(Identi?cation1mark.Diagramandwriteup1mark)
Museumspecimens.slideslpiotures
Pcripatus
Coelacanthfish
Lepidosiren
Neoceratodus
Protopterus
Sphencdon
Archeopteriyx
Prophaseofmitosis/meiosis
Mataphaseofmitosis!me?osis
10.Anaphasecfmitosis/meiosis
l1.Tetophaseofmitosis/meiosis
12.Lampbrushchromosome
13.Polytencchromosome
$?.??.*?F>9>f-?.'?.-'
Qll.{4marks]
14.Squashpreparationofonionroottipsandidentficationofmitoticstages
15.Preparationandidentificationofdifferentstagesofmeiossi~1Grasshcppustestes.
Qlll.ProblemsonGenetics-Mendelianinheritance,LinkageandCrossingOverandSexLinked
Inheritance[3marks]
16.Ifaplanthomozygousfortalliscrossedwithone.|10?107yQOUSfordwarf.whatwzllbethe
appe?fa?wOftheF1;oitheF2;oftheoffspringofacrossofF.withitstallparent:withizsdwarf
pare?l?
1?.LettheallelefortallberepresentedbyTandtheallelefordwarfnessbyt.whatwillbethe
gametesproducedby2hr:parentsardthohoigr-tofrhoz?springrialordwarf)fromeachofthe
followingcrosses:Tfx!t,TTxTf;TfxTt?
18.Acertainpolledbut!isbredtothreecows.WithcowA,whichishornerlapollencalfisproduced;
withcowB,alsohorned,a~hornedcalfisproduced;withcowC.whichispolled.ahornedcalfis
produced.Wwatarethegenotypesofthefourparents.andwhatfurtheroffspring.inproportions
wouldyouexpectfromthesematings?Incattle.thepotledorhornlesseorditionPisdominant
overthehorned.p.
19.Assumethatawid-typefemaleDrosopirila.BBSS.withnormalgraybodyandred-colouredeyes
ismatedvzitnamutant-typemalehhss,v/itrulackhndycolctrandsepia-colouredeyesBy
followingthegeneraldirections,determinetheF~.genotypeAfter"hatingF?xF.whatclassesof
fliesmaybeexpeulediritheF;generation??
20.WhichineachofthefollowingascosporeanargententsinNeurospora.indicatefirst-division
segregationorsecond-divisionsegregation?
++cc
O+++
'5????++QQ++OQ
CC++
f2CCC
?l??tC'C
21.SupposethatInaNeurosporacrossgenesxandyaresegregating.llthefcllowngspore
arrangementswerefound.Whatwouldyouconcludeastothelocationof>randy?
4Q+4?
xyxy57
xyxy++++I50
22Fromthedatabelowcalculatethecrossovervaluebetweenblackandgrey:
l.Blackstraightxgreyare
F1xbfackare0Sgives:
Greystraight2B1
Greyare335
Blackstraight335
Blackare239
llBlackarexwi.dtype
F1xhlackare00gves:
GreystraightL641
Greyare1.254
Blackstraight1.180
Blackare1.532
23.Awomanwhosefatherwashaemophilic.butwho-snotherselfableecler.marriesanormalman
Whatisthechanceofhaemophiliairtheirchildren?
24.lfparentswithnormalvisionproducenormalandcolour-blindsonswhatproportionofthe
daughterswillbeheterozygoustorcolour-blindness?
25.Agirlofnormalvisionwhosefatherwascolour-blindmarriesamanofnormalvisior-whosefather
wasalsocolour-blind.Whattypeofvisioncanbeexpectedintheiroffspring?
QIV.Problemsfromevolution[3marks]
26.SupposeaSouthSeaInlandpopulationstartedwith10%blue-eyedand90%homozygous
orovrn-eyeupeople.Underthe.rtardy-Weinbergrulewnalw:.'lbeatequilibriumthepercentagesof
noterozygcles?0feachtypeofhomozygote?
27.Supposeapopulationhas100%ofpeoplewithblondgrouptypeA8.Whatwillbetheblood
groupsituationatequilibrium,assumingtheHardy-Weinberglawobtains?
28.UndertheHardy-Weinberglaw.whatisthefrequencyofgene?F??fitsonlyallele?p?is
homozygousin49%ofthepopulation?
0V.CertifiedpracticalRecord[3marks]
QVI.Album[GeneticsandEvolution?Photographs:OutOutswithAppropriateWriteUp]
[2marks]
Lampbrushandpolytenechromosomes
Studyofhomologyandanalogyfromsuitablespecimensandpictures.
'MacroevolutionusingDarwinfinches(Pictures)
Qvll.Viva-Voco[2marks]
B.Sc.llYozr
B.Sc.PRACTICALMODELPAPERFORIVSEMESTER
ZOOLOGY-COREPAPER-IV
CellBioIOQYiGonetiandEvolution
Time:2Hrs.Max.Marks:25
1.identification,labeleddiagramendsalientIeaturesofspots:
(O4spots)
2.?rcporcandluentifyMitoticdivisionswithonionrootlips:
3.OneProblemfromGenetics
4OneProblemlromEvolution
5.Certi?edpracticalrecord
6.Album
7.Vivavoce
f.)
u?
?J:
6.
.Design:.ll1(lcOl1Sll'1lCImmvusing.
EZEc/ir/zvb/i.417?JmzAQV
PruclimrzalQuesliouBank
(?onsaructinvertingampli?erusing()l?.-\\'li?"?41andfindilsgainusingDCam]AC?
1Jcsigi1anon-invci'lingzunplificrLisfng1C741and11ndgain1'01"DC?andAC?
(fonsuuclasummingzumpliliri"
Dcsignandumslruc;acumparulor"usingIC741
(?onstnmt.1Astahlcmultivihratorusing741IC
lksignumonavslalvlemullivibrzuorusing7411C
(fonslruclaninlegralurandstudyitsisulpulforSineandlrizmgularwaiveinputs
CmislruclaalilliculiailorciruiilmusingIC741and{inditsIIYSPLIIISCl0sincand
lrieuzgulziruuilvcs
{l1AVIVcircuitusingS??iimei-1Cand?ndiismintycycle
5andfinddutycycle
.("zmslrucl&l1'l'1]1|1|.l.lLi8mavderzitivranddeieciorand?ndilsnmdillulurindex
.(Iorislnlntl{kcqucriuymodulatoranddemodulatorcircuitsandtrucetheirwavelbrms
.811111111110integratorcircuitandstudyitsrcsponscbychangingthefrequencyofinput
.Nimnlnr:integratorcircuit.andStudyitsrssponscbych-arlgingthefrequenciesofinpuz.
.Fimulzil:\Veii1bridgeoscillnlcrusing741l('and.?ndilsl'|'eqli:r1c?xnl?(')scillmions
.Simululs.-'\m\'using,741and?nditsdutycycle
TSimulul:Amvusingtimerl('.
Timc:2hours
I.ExperimentQuestions
ll.Spottings
ITI.
l.
5,1
F"r?
7.
8.
9.
FACULTYOFSCIENCE
BSc.IVSemester(Practical)Examination-ZOIS
Subject:MICROBIOLOGY
QUESTIONBANK
Max.Marks:25
(l2Marks)
I-?indoutlhcquantity0|?Proteinpresentinthegivensamplebyl3iuret-?l..owr_v?s
methodandplotatstandardgraphofproteinbycalorimetry(Theexaminerwill
provideunknownsampleandnecessaryreagents).
lllldoutthuamountofDNApresen?.inthegivenstunplebyDiphcxrvlamine
methodandplotastandardgraphofDNAb)?caloriznelry{Thecxairtiticrwill
provideunknmvnsampleandncccssairyreagents).
PlotastandardgraphofRNAbycalorimetryusingOrcinolmethodandfindout
thequantity01'RNApresenti|1thegivensample(Theexaminerwillprovide
unknownsampleamttlcccssisryruagcnts).
IsolalcgctiomicDNAfromthegivensample.Observeandreporttheresult.
Asampleisprovidedtoyou.Dcmonstratcclcclrophorcticseparationbyusing
Agarosegelelectrophoresisandllttcrprotyourresult.
ProblemsrelatedtoDBA.RNAcharacteristics,'l'ranscriptionandlranslation
(Theexaminerscanprepareproblemstobesolvedbythestudents].
(4.\Z=8Marks)
(Talotimclcr
Ciu-"elle
Micropipcttc
l0.Centrifuge
ll
I2
l3
l4
_-
J
l6
l7
l8
l9
2U
Record&viva
.PCRkit
.(iclclcctropltoresisunit
.DNSreagentxvitl:label
.Tl?buffet"
'.DiagrammalicalrepresentationofIatoperott
.Biuretreagentwithlabel
.Orcinolreagentwithlabel
.GraphshowingtheestimationofDNAwithlahul
.(iraphshoivingtht?.osliitlationofRNAwithlabel
.(irapnshowingtheestimationofProteinwithlabel
(5Marks)
DSC?1I)
Paper-BS404(Practicals):BIOCHEMICALPREPARATIONSANDSEPARATIONS
(1Credits;2I-lrlwcekj
QUESTIONBANK
Duration2hoursII/lax.Nlarks25
l.WritethePrinciplesforthefollowingexperiments5[Vlarlts
.AbsorptioninaximaofColouredsubstances
.Absorptionspectraol?Pmteins
.Absorptionspectra0I'D.\IA
.IsolationofCascinfrommilk
.Isolationofchulcslcrol
Paper(Ihmmiit?gfiiphy
.?IhinLayerChromatography
Qf?l?tj?w}
2.MajorExperimentl0Marks
.Absorptionmaxima0i?colouredsubstances
.Absorptionspectram?proteins
.Absorptionspectraol"l\'ucleicacids:
.SeparationofAminoacidsby"Papci?chromatography
Separationofplantpigmcnlxby?TLC
;r|:r*.-G>
3.
MinorExperiment5Mark?
A.
IsolationofbggalbuminIiomeggwhile
B.
Isolationof('la.s'einfromMilk
(I.Isolation(sfslziruhfrompotato
D.Isolzilionof?cholesterolfromeggyolk
4.Viva-VoccandRccord5Marks
,1
ENDSEMESTERHANl.PRACTICALMODELPAPER
SEMESTERIV
APPLIEDNIJTRITION&PUBLIC.HEALTH
PAPIILR:IFANIILY&COMMUNITYNUTRITION
TIME:ZHRSMAXMARKS:ZS
1.
winetheRDA(axmtms)
2.
Planadafsdietforthegivenagegroup(SMARKS)
a.
Adulthood
b.Pregnantwomen
c.
Lactatingmulhei?
d.
Schoolgoingchild
u.Adolescent
I?.Oldagegroup
3.CalculatetheNutritivevaluelbranytwoNutrientsofimpomuiuuf?MARKS)
4.Preparation&displayofthcdictiQMARKS}
5.Record(SIVIARKSI
?=i
i?QWWG???-,~_\\?\\?-??
'-'ems.?
ofduabnwe?z?
25's?)
?gigging?
<58??
ENDSEMESTERPRACTICALEXAMINATION
SEMESTER4
CLINICALNUTRITIONANDDIl-YIIIIFICS
PAPER-?FOOI)SCIENCE
Time:2l-lrsMaxMarks:25
I.Writetherecipe[or2portionsofanyoneofthefollowingrecipes
andincoqmrzilein2|Menu(l0Marks)
a.(ihincseFriedRice
b.LcmunRice-
c.lllasalaRajmzi
d.
(Iholc
e.Vegetableso?noodles
I?.PalakPanccr
TomatoSOUP
Chutneysandivlch
P"?
(Iarrotllalwa
j.VemiicelliKIICOI?
IQ
PreparationanddisplayoFzmyone0Ftheabovementionedrecipes(lllMarks]
1s.
Napkinliold(2Marks)
4.PracticalI{t?L~tll'd(3Mark's)
Duratiun=2hours
l.MAJORI'R.-\(."I?I(IAI.S
l.
>?9.?":"'l?'!?
lI.l\
l.
2
3
4.
lll.
SPOTTERSIEXHIBITS
l.
4.?~:/-.+?e?.l~>
?IINOR
PRACTICALS
B.Sc(icneticsllYEAR
l\~?-SEMESTER
MICROBIAL(JENWIICSANDGENETICENGINEERING(B8406)
QUl<1S'l?l0NBANKFORPRACTICALS
Tofal=25M
lxl0=10M
Gramsmininlg
Bacterialgrowthcurve
Isolationof?Lwactcria
Inductionandisolationofnmtaxltsinbacteria
l-?rcparzuionofcolnpelenlcellsofbacteria
Ampli?culionofgeneofinterestbyPCR
Rcstricliondigestionanally-sis
1x5
=
5N1
Slcrilizalioumethods
.Mediacannpositionandprcparaliola
Puri?cationand1n21i11lcnzn1ccofbacterialcultures
PmbluunsonRestrictionmapping
Displayofbznclerialmedia
Displayofanysterilizationequipments?
Images0Flmnslbrlnation,Conjugation,lnlcrruptudmaling,Transduction
ImagesofVectors:PBR322,PUC,(Ins-mid,Yeastvectors
Images01'BlottingTechniques
Aniihioticresislanuce.Bluewhilecolonyscr?cningmethods
.Imagesofl-Iumulin.B1Cotton,Goldenrice,Phytorcnzediulion,Biorennediation
8.DispizyvofIndustrialpfO?lllCl?-CheeseFfoghun
IV.RECORD&VIVA
I1?;
2.8.1
.Showthatthemappingf(x:+bi)
PracticalsQuestionBank
Algebra
Unit-l
.Showthat{L23}undermultiplicationmodulo-lisnotagroupbutthat{L2.3.4}nrldcr
multiplicationmodulo5isagroup.
.LctGbeagroupwiththepropertythatforanyx._\'.zillthegroup.ry=:.rimpliesy=z.
ProvethatGisAbcliarl.
.Provethatthesetofall3x3matriceswithrealentriesofthefonn
(lab
k??f/
isagroupundermultiplication.
.LctGbethegroupofpolynomialsunderadditionwithcoefficientsfromZm.Findtheorders
ofj(.-r)=11?+51+4.9m=-l1?+s:+0.and1(1)+9(1)
.lfaisanelementofagroupGandIn]=7.showthataisthecubeofsomeclcmcrltofG.
.Suppomthat(n).(b)and(c)arecyclicgroupsoforders6.8.and20.rospcctivclv.Findall
generatorsof(n).(b).and(c).
.HowmanysubgroupsdocsZ10have?Listageneratorforeachofthesesubgroups.
.CorlsirlcrthesetH.8.12.16).Showthatthisactisagroupundermultiplicationmodulo20
byconstructingitsCnylcytable.Whatisthcidcrltityclcnlcrlt?lsthegroupcyclic?lfso.
?ndallofitsgenerators.
.Provethatagroupoforder4cannothaveasubgroupoforder3.
.Dctcrrnincwhetherthefollowingrwrruutationsarccvcrlorodd.
a.(I35)
h.(I356)
c.(13567)
d.(l2)(l34)(l52)
(I24a)(s52
1
).C.
Unit-lI
.Showthatthemappingn??>logmaisanisornorphisnfromR*undermultiplicationtoR
underaddition.
n
?
biisanautomorphismofthegroupofcomplex
numbersundcraddition.
.Findallofthcleftcosctsof{1.l1)inU(30).
28
2|.
22.
23.
2-l.
25.
26.
27.
.LetC?hethegroupofnonzeroeomplucnurnhersundermultiplicationandletH={a+biE
C'/a2+b?=l}.Giveageometricdearriptionoftheonset(3+~Ii)H.Giveageometric
descriptionoftheeoset(c+di)H.
.LetH={(ab)/n.b.dER.nd#0}.lsHanormalsubgroupofGL(2.R)?0d
.Whatistheorderofthefactorgroup%?;??
.LetG=U(l6).H={LIS}.andK={L9}.AreHandKisomorphic?AreG/HandG/K
is)rnorphie?
.ProvethatthemappingfromRunderadditiontoGL(2.R)thattakes.rto
ma:sin:
?.rinrma:
isagrouphonromorphisn.Whatisthekernelofthehomomorphism?
.SupposethattisahomomorphismfromZ30toZ30andKer]=(0.l0.20}.lff(23)=9,
determineallelementsthatmapto9.
.HowmanyAbeliangroups(uptoisomorphism)arethere
aoforder6'.?
I.oforderl5?
c.oforder~12?!
d.oforderpq.wherepandqaredistinctprimes?
e.oforderpqr.wherep.q.andrare(listinetprim(s?
Unit-lll
Let.\1,(z)1.011..-
ring
ofall2x2
matrices
overu..-integers....<11?R={(zZ)/<..bez}
ProveordisprovethatRisasuhringof.\I?(Z).
SupposethataandbbelongtoacommutativeringRwithunity.IfaisaunitofRand
b?=U.showthatr1+bisaunitofR.
Letnheanintegergreaterthanl.Inaringinwhich1?=.rforallr,showthatab=0
impliesbe=0.
Listallzero-divisorsir1Z".Canyouseearelationshiphetwvmuthezero-divisorsofZ20rurd
theunitsofZ1;?I
LetabelongtoaringRwithunityandsupposethatn"=0forsomepositiveintegern.
(Suchanelementiscallednilpotent.)Provethatl?r1hasamultiplicativeinverseinR.
Letllhe1minteger.ProvethatZh/d]={n+b\/l_l/a.b6Z}isanintegraldomain.
ShowthatZ"hasanonzeronilpotentelementifandonlyifnisdivisiblebythesquareof
someprime.
3|.
32.
~10.
.Findallunits.zero-divisors.idunpotmts.andnilpotentelementsinZ3QZ5.
.Findallmaximalidealsin
a.Zn.
b.Zm.
c.Zn.
d.Z".
.ShowumR[1]/(11+1)isa?eld.
Unit-IV
Provethateveryringhomomorphismf?omZ"toita-lfhmthefonn[(1)=u.where
G2=0.
Provethataringhomomorphismcarriesanidempotenttoanidempotent.
.InZ.letA=(2)andB=(8).ShowthatthegroupA/BisimmorphictothegroupZ4but
thattheringA/Bisnotring-isomorphictothering2;.
.Showthatthenumber9.897.651.521609.805isdivi?bleby99.
.Showthatnointegeroftheformll1.l11.11l.....1l1isprime.
.Letf(x)=4:3+213+z+3andg(.r)=3:?+3:3+31?:+:+-l.wheref(r).g(:)6Z5[:].
Compute[(1)+g(.r)and[(1-).g(z).
.Let[(1)=5:?+313+Irind9(1)=3:2+21'+linZ7[:].Determinethequotientand
remainderupondividingf(x)byg(z').
.Let[(1)belongtoZ,[r].Provethatif/(b)=0.then?b")=0.
.lsthemappingfromZ?;toZ?;givenbyr?>21aringhomomorphisnl?
DetermineallringhomomorphisrnsfromZtoZ.
l6
Note
8A.(ComputerApplications)?OsmaniaUniversity
WithElfectfromtheAcademicYear2017-2018
ComputerNetworksLabBA406
PracticalZllours/Weeklcredlt
U2vledltnrtncreatedifferent?legwrithgdatainto?les.modfylngdatahfles.
UsedlllerenttypesotUnlxcommandsonthe?lescreatedhfkstprogram.
Writeshellprogramsushg?case'.?then'and?l('It?else?statements.
Wrlteshellpmgramsushgwhilmdo-whileandforloopstatements.
WrlteashellscrhtthatacceptstwoIntegersasitsargumentsandcomputersthevalueof?rst
numberraisedtothepowerolthesemndnumber.
Wrlteashellscrlptthattalresacommand-lheargumentandreportsonwhetherilsdkectory.a?le.
orsomethlngelm.
Wrlteashelsalptthatacceptsa?lename.startingandendingllnenumbersasargumentsand
displaysallthellnesbetweentheglvenllnenumbers.
Wrlteashellscriptthatdisplaysall:ofalthe?leslnthecurrentdlredorytowhlchtheuserhas
read.wrlteandexecutepermissions.
Wrlteaprogramtocreateasocketandinplementconnectfunction.
Wrlteaprogamtodlsplayhelloworlduslngsignals.
Wrlteaproyamtoimplementtheslldhgwhdowprotocol.
WrlteaprogamtoImplementllstenerandtaker.
WrlteaprogramtoImplementTCPechoushgcIlent-serverprogram
WrlteaprogramtoimplementUDPechoushgcllent-serverprognm.
WrlteaTCPcllent-serverprogramtoconvertapvenstnnglntoreverse.
WrlteaUDPcllent-serverprogramtoconvertagivenstrlnglntoreverm.
RecommendedtouseOpenSourceSottwarellteFedora.Ubuntu,CentOS,etc_
WrlteaboveprogramuslngClanguageonUnIx/LhuxSystems.
Page|15
l6
Note
8.5c.(ComputerApplimtions)?OsmaniaUniversity
WithEifectfromtheAcademicYear2017-2018
ComputerNetworksLabB8406
PracticalZliours/Weekicredit
U2vieditnrtncreatedifferent?leswrithgdatainto?les.modfyingdatahtles.
UsediiierenttypesotUnixcommandsonthe?lescreatedhfkstprogram.
Writeshellprogramsushg?case'.?then'and?ifl.?else?statements.
Writeshellpmgramsushgwhilmdo-whileandforloopstatements.
WriteashellscrhtthatacceptstwoIntegersasitsargumentsandcomputersthevalueoi?rst
numberraisedtothepoweroithesemndnumber.
Wrlteashellscriptthattalresacommand-lheargumentandreportsonwhetheriisdkectory.a?le.
orsomethingelm.
Writeashelsaiptthatacceptsa?lename.startingandendinglinenumbersasargumentsand
displaysallthelinesbetweentheglvenlinenumbers.
WriteashellscriptthatdisplaysaIi:oialthe?lesinthecurrentdiredorytowhichtheuserhas
read.writeandexecutepermissions.
Wrlteaprogramtocreateasocketandinplementconnectfunction.
Wrlteaprogamtodisplayhelloworldusingsignals.
Wrlteaproyamtoimplementtheslidhgwhdowprotocol.
Writeaprogamtoimplementiistenerandtaker.
WriteaprogramtoimplementTCPechoushgcIient-serverprogram
WrlteaprogramtoimplementUDPechoushgclient-serverprognm.
WrlteaTCPclient-serverprogramtoconvertapvenstrtngintoreverse.
WrlteaUDPclient-serverprogramtoconvertagivenstringintoreverm.
RecommendedtouseOpenSourceSottwarellteFedora.Uhuntu,CentOS,etc_
WriteaboveprogramusingClanguageonUnix/LhuxSystems.
Page|15
WithEffectfromtheAcademicYear2017-2018
DatabaseManagementSystemsLabB5406
Practical2Hours/Weekicredit
ConsidertherelationalschemaforpartofiheDreamilomecasestudyis:
Branch(branchNo,street.city.postcode)
Staff(sDiTNo.iName.iName.position.sex.DOB.slary.branchNo)
PropertyForRent(grogg?mstreegcity,postcode,type,rooms,rent,ownerNo,staffNo,
wumvrcut~r~
8.5c.(ComputerScience)?OsmaniaUniversity
branchNo)
Cllent(clientNoJName,lName,telNo,preffypmmaxllenr,eMal)
Prlvate0wner(ownerNo.fName,lName.addnes.telNo.eMail.password)
viewing(clientNmproperwNo.viewDate.comment)
Registration(clientNo,branchNo,staffNo,date|oined)
Createadaiabxewithname'DreamHome'andnowcreatealltheableslistedabovewithconstrains.
lnsertanewmwintothetablesupplyingdataforallcolumns
ModiydataInthedatabaseusingUPDATE
DeletedamfromthedatabaseuslngDELETI-I
ChanghgaIabledeiirritlonusingALTER
RemovingatableushgDROP
RemovingrowsintableusingTRUNCATE
Createanindexandremovinganindex
PracticeotherstandardSQLcommandsforcreating,modifyhg,displayingdataoftables.
.Listfulldetailsofallstaff.
.Listallstaffwiihasalarygeaterthan?10000.
.Listthepropertynumbersofallpropertiesthathavebeenviewed.
.Producealktofsalarlesforallstaff,showhgonlythestaffNo,fName.lName.andsahrydetails.
.Listallcitieswherethereiseitherabranchofficeorapropertyforrent.
.Listallcitieswherethereisabranchofficebutnopropertiesforrent.
.Listallcitieswherethereisbothabranchoffleeandatleastonepropertyforrent.
.Listthenamesandcommentsofallclbzntswhohaveviewedapropertyforrent.
.Produceastatusrepononpropertyvbwlngs.
.ListcompletedetailsofallstaffwhoworkatthebranchinGlasgow.
.ListtheaddressesofallbranchofficesinLondonorGlasgow
.Listallstaffwlthasalarybetween?20.000and?30.000.
.Identifyalldientswhohaveviewedallpropertieswiththreerooms.
.Howmanypropertiescostmorethan?350permonthtorent?!
.HowmanydifferentpropertieswereviewedhMay20137
.FindlhetotalnumberofManagersandthesumoflheirsahries.
.Findtheminimum.ma:dmum.andaveragestaffsalary.
.Findthenumberofstaffworirlngheachbranchandthesumoftheirsalarles.
.Listallmanagersandsupervisors.
.Findallownerswlththestrlng'Ghsgow'lnthelraddress.
.ListthedetalsofallviewhponpropertyPG-iwhereaoommenthasnotbeensupplied.
.Producealbtofsalariesforalliaff,arrangedindescendingorderofsalary.
.Produceanabbreviatedllstofpropertiesarrangedinorderofpropertytype.
.Findthenumberofstalfworkingheachbranchandthesumofiheirsalaries.
.ForeachbranchofficewlhmorethanonememberofstafLflndthenurnberofstaffworkingheach
branchandthesumofihelrsalaries
.Listthestaffwhoworkinthebranchat'i63MahSt?.
.ListallsuffwhoseQlaryisgreaterthantheaveragesalary.andshowbyhowmuchtheksalaryis
greaterthantheaverage.
.Listtheproperthsthatarehandledbystaffwhoworkinthebranchat'163MahSt?.
.FindallstaffwhosesalarylslargerthanthesalaryofatleastonememberofstaffatbranchB003.
.FindallstaffwhosesalaryislargerthanthesalaryofeverymemberofstaffatbranchB003
.Listthenamesofalldlentswhohaveviewedapropertyzalongwithanycommentssupplled.
.Foreachbranchoffice,listthestaffnumbersandnamesofstaffwhomanagepropertiesandthe
propertiesthattheymanage.
.Foreachbranch.listthesailnurnbersandnamesofstaffwhornanappropertiesJncludhgthecityln
whichthebranchislocatedandthepmpertiesthatthestaffmanage.
Page|14
.Findthenumberefpropertieshandledbyeachstaffmember,alongwiththebranchnumberofthe
memberofstaff.
.Listallbranchofiicesandanypropertiesthatareinthesamecity.
.Listallpropertiesandanybranchofficesthatarelnthesamecity.
.Listthebranchofficesandpropertbsthatareinthesarnecityalongwithanyunmatchedbranchesor
properties.
.FindallstafTwhoworklnaLondonbranchomce.
.Constructailstofallcitieswherethereisekherabranchofficeoraproperty.
.Constructallstofallcitieswheretherelsbothabranchofficeandaproperty.
.CreateaviewsothatthemanageratbranchB003canseethedetalsonlyforstaffwhoworkinhisorher
br:nchoffice.
.CreateaviewoflhestaffdetziisatbranchB003thatexcludessalaryinformation,sothatoniymanagers
canaccesstheslarydetailsforstaffwhoworkattheirbnnch.
.Createaviewofstaffwhomanagepropeniesforrent.whkhhchdesthebranchnumbertheyworkat
the?staffnumbenandthenumberofpmpertiestheymanage.
.RemovingaviewusingDROPVIEW
.GivetheuserwithauthorizathnkientillerManagerallprivlegesontheStafftable.
.GiveusersPersonnelandDirectortheprivlegesSELi-ZCTandUPDATEoncolumnsalaryoftheStafftabie.
.RevokethepriviiepSELECTontheBranchtablefromallusers
.RevokeallprivilegesyouhaveglventoDirectorontheStatftabie.
.DemonstrateexcepthnshPL/SQL
.DemonstratecursorsinPL/SQL
.WritePL/SQLqueriestocreateprocedures.
.WriuePL/SQLqueriestocreatefunctions.
.WritePL/SQLqueriestocreatepackage.
.WritePL/SQLqueriestocreatetrigers
.WritePL/SQLqueriesusingrecursion
ConsidertherelationalschemaforpartoftheHotelusestudyis:
8.5c.(ComputerScience)?OsmaniaUniversity
Hotel(hotelNo,hoteName,city)
Room(mornNo.hotelNo,type.price)
Booking(hotelNo,guestNo,dateFromAateTo,roomNo)
Guest(guest?o,guestName,guestAddress)
.Createadatabasewithname'Hotel'andnowcreateallthetableslistedabovewithmnswaints.
.insertanewrowintothetablesupplyingdataforallcoiumns
.ModiydatainthedatabaseusingUPDATE
.DeletedatafromthedatabaseusingDELETi-I
.ChanghgatabiedefinitionusingALTER
.RemovingatableushgDROP
.RemovingrowsintableusingTRUNCATi-I
.PracticeotherstandardSQLcommandsforcreating.modifyhg,displayingdataoftables.
.Listfulldetailsofallhotels
.ListfulldetailsofallhotelsinLondon.
.ListthenamesandaddressesofalguestslivinginLondon.alphabetlmllyorderedbyname.
.Listalldoubleorfamilyroomswithapricebeiow?40.00pernight.hascendingorderofprte.
.ListthebookingsforwhthnodateTohasbeenspeclled.
.Howmanyhotelsarethere?!
.Whatistheaveragepriceofaroom?
.Whatisthetotalrevenuepernightfromalldoublerooms?
.HowmanydifferentguestshavemadebookingsforAugust?
.ListthepriceandtypeofallroomsattheGrosvenorHotel.
.ListallguestscurrcntlystayingattheGmsvenoriiotrl.
.ListthedetalsofallroomsattheGrosvenorHotellncludingthenameofthegueststayingintheroom.
.WhatisthetotalhcomefrombookingsfortheGrosvenorHoteltoday!
.ListtheroomsthatarecurrentlyunoccupiedattheGrosvenorHotel.
.WhatistheiostinmmelromunoccupiedroomsattheGrosvenorHotel?!
.Listthenumberofroomsineachhotel.
.ListthenumberofroomsineachhotelinLondon.
.WhatistheaveragenumberofbookingsfereachhotelinAugust?
.WhatisthemostcommonlybookedroomtypeforeachhotelhLondon?!
.Whatisthelostincomefromunoccupiedroomsateachhoueltoday?
.Insertrowsintoeachofthesetabies
Page|15
h.)
u:
'.J\
(l.
PAMM
nit/uni?
PracticalQuestionBunk
l?indthelltiekltessofuwireusingwedgeluethotl
DeterminethewavelengthoflighttisirtgBiprisrtt
IindRzttlittsofcurvztttlre01'agiveneunvcxlensusing.\I??\~1on?sringsmethod
FindtheresolvingpowerofPrism
Finddispersivepowerofaprism
liiltdthespeci?crotationofagivensugarsolutiontlsingpiuliimeter
Determinethcvravelengthoflightusingminimumdeviationmethod
Deltrrrtinuthewavtriength01'lightusingitormalincidencemethod
Detsrlnincresolvingpowerc-f-itgiventelescope
.
l-ilttltherefractiveindexofagivenliquidusingBoysmethod
.lindiheJefructiveindextrial\~?tterusingpulfrich1'6?'2'lCl0l'lk?l6l'
i.Uett-rlnincthewavelength0t"givenl-itsertlsittgdilli-zlctiortgrating
B.ScIIYr[IVSemester]ChemistryPracticalExamination
PaperIV~Quantitativeanalysis
?
II
QuestionBank
QuestionPaperPattern:
A.QucstinnforPrinciple\Vrit'illg
B.MainExperimentQuestion
A.QuestionsforthePrincipleVl/riting:
Anyoneamongthefollowingmayhegiven:
lWritetheprincipletlfctlntluctometrictitrationofastrongacidvsstrongbase.
Z.Givetheprincipleofconductometrictitrationofaweakacidvsstrongbase.
3.Writetheprincipleofpotcntitumetrictitrationofastrongacidvsstrongbase.
4.Git-ctltcprincipleofpotentiometrictitrationoliaweakacidvsstrongbase.
5.WritetheprinciplefortheestimationofNiZaslNitDMGtg].
6.(iivetheprinciplefortheestimationofBa(II]bygravimctricanalysis.
B.QuestionsfortheMainExperiment
I.DeterminetheconcentrationofgivenHCIsolutionbyacontluctumetrictitrationwith
theprovidedstandard0.5MNAOIlsolution.
2.Determinetheconcentrationofgivent\'<'lOllsolutionbyaccnductumctrir
titrationwiththeprovidedstandard0.lN1ll(.'lsolution.
3.Determinetheconceittratitunofgiven(I1lxCOOi-lsolutionbyaconrlnctontetrictitration
withthcprovidedstandard0.5MNaOllsolution.
4.Determinethooonccntr-xititttiofgivenNaOHsolutionbyacortductomctrivtitration
withtheprovidedstandard0.1.\'tNaOHsolution.
5.DctcrmincthoconcctttratiunofgivenHCIsolutionbyPotcntionictricallyusingstandard
0.5MNaOHsolutionprovided.
o.DctcrntinctheconcentrationofgivenNaOlIsolutionbyPotcutiomctricall)?using
stutttlairtl0.lMHClsolutionprovided.
7.Dctcrntinctheconcentraliotiofgiven(TllgCOOilsolutionbyPotentiometricallyusing
standard0.5M"MIDI-lsolutionprovided.
X.DeterminetheconcentrationofgivenNztOllsolutionby?Potciltiometricallyusing
standard0.1MNnOl-Isolutionprovided.
9.Estimatetheumotlnto1?Ni?:presentinthegivensolutionbybacktitrationtnetliod.You
areprovidedwithstandard.VlgSO4solution0.0ll\~landapproximately0.01MEDTA
solution.
l0.EstimatetheamountofBarium(ll)presentinthegivensolutionbyGravimctric
analysisusingdil.l~l;SO.=or(NIl,])2.q()&.
ll.EstimatetheatmountofsulphateasBaSCLxGravimetricallyinthegivm-insolutionusing
BaCl;solution.
SchemeofEvaluationforquestionsl-8
A.PrincipleWriling:(l5Marks
B.Experiment:l5Marks(Performingexperimentand?Yabulation-06marks,
Graph-05marks,Calculation-O3marksandResult?01mark)
C.Record&Viva:[ISMarks
TOTAL:25Fviarks
SchemeofEvaluationforgiles?ons9,10
A.PrincipleWriting:05Marks
B.Experiment:1SMarks(Weighing8cStandardization-04marks.Estimation~
04marks,Calculation-()4marksandResult-Olmark)
C.Record&Viva:05Marks
TOTAL:25lVlarks
lll.
IV.
5-?
B.SC(CBCS)BOTANY-[lYEAR
Semcstcr-IV-PaperIV
PlantAnatomy,EmbryologyandPalynology
i?
(A)Doublestaininglochniquu
Stem
1.Aclq-rant/m?
2.Boerhaavia
3.Bigriorxia
4.Dracaena
Root
I.Belavulgar/s
(B)Epidermalpeelo1?leaf
I.Parucytic
2.
Anisocytic
3.Anomocytic
4.Diacylii:
(C)PollenVl?lbllityTest(EvensBlue)
1.Hibiscus
(D)Embryology
l.'I'S0f'Anthci*
2.
Microsporangia
3.?Mcgasporangia
4.Embryo(l)icol.-?i?10n0C0t)
S.Typesofovules
aOrthotropus
b.Analmpus,
c.(Izimpylotropus
d.(?ircinotropus
c.Hemi-anatmpus
f.Amphitropus
(E)Palynology
l.Hibiscus
2.Acacia
3.
Grass
4.(Jcimun!~
(F)Anatomy(Woodstructure)
I.'l?cak(Teclonagrandis)
Rosewood(Dalbery-gialatqfblia)
Rodsanders(Pterocarpu-s?San/Minus)
Nallamadili(Ykmninaliatomertlosr/)
Nccm(Azadir?chrainr/iizu)P?PI?5*?
B.Sc.llYear
ZoologyPracticalSyllabusforIVSemester
CorePaper-IV
CellBiology,GeneticsandEvolution
QUESTIONBANK
WITHEFFECTFROM2017
Time:ZHIs.Max.Marks:25
l.Identify,Labelthediagramandwritesalientfeaturesofspots(04Spots][2x4
=8marks]
(Identi?cation1mark.Diagramandwriteup1mark)
Museumspecimens.slideslpiotures
Pcripatus
Coelacanthfish
Lepidosiren
Neoceratodus
Protopterus
Sphencdon
Archeopteriyx
Prophaseofmitosis/meiosis
Mataphaseofmitosis!me?osis
10.Anaphasecfmitosis/meiosis
l1.Tetophaseofmitosis/meiosis
12.Lampbrushchromosome
13.Polytencchromosome
$?.??.*?F>9>f-?.'?.-'
Qll.{4marks]
14.Squashpreparationofonionroottipsandidentficationofmitoticstages
15.Preparationandidentificationofdifferentstagesofmeiossi~1Grasshcppustestes.
Qlll.ProblemsonGenetics-Mendelianinheritance,LinkageandCrossingOverandSexLinked
Inheritance[3marks]
16.Ifaplanthomozygousfortalliscrossedwithone.|10?107yQOUSfordwarf.whatwzllbethe
appe?fa?wOftheF1;oitheF2;oftheoffspringofacrossofF.withitstallparent:withizsdwarf
pare?l?
1?.LettheallelefortallberepresentedbyTandtheallelefordwarfnessbyt.whatwillbethe
gametesproducedby2hr:parentsardthohoigr-tofrhoz?springrialordwarf)fromeachofthe
followingcrosses:Tfx!t,TTxTf;TfxTt?
18.Acertainpolledbut!isbredtothreecows.WithcowA,whichishornerlapollencalfisproduced;
withcowB,alsohorned,a~hornedcalfisproduced;withcowC.whichispolled.ahornedcalfis
produced.Wwatarethegenotypesofthefourparents.andwhatfurtheroffspring.inproportions
wouldyouexpectfromthesematings?Incattle.thepotledorhornlesseorditionPisdominant
overthehorned.p.
19.Assumethatawid-typefemaleDrosopirila.BBSS.withnormalgraybodyandred-colouredeyes
ismatedvzitnamutant-typemalehhss,v/itrulackhndycolctrandsepia-colouredeyesBy
followingthegeneraldirections,determinetheF~.genotypeAfter"hatingF?xF.whatclassesof
fliesmaybeexpeulediritheF;generation??
20.WhichineachofthefollowingascosporeanargententsinNeurospora.indicatefirst-division
segregationorsecond-divisionsegregation?
++cc
O+++
'5????++QQ++OQ
CC++
f2CCC
?l??tC'C
21.SupposethatInaNeurosporacrossgenesxandyaresegregating.llthefcllowngspore
arrangementswerefound.Whatwouldyouconcludeastothelocationof>randy?
4Q+4?
xyxy57
xyxy++++I50
22Fromthedatabelowcalculatethecrossovervaluebetweenblackandgrey:
l.Blackstraightxgreyare
F1xbfackare0Sgives:
Greystraight2B1
Greyare335
Blackstraight335
Blackare239
llBlackarexwi.dtype
F1xhlackare00gves:
GreystraightL641
Greyare1.254
Blackstraight1.180
Blackare1.532
23.Awomanwhosefatherwashaemophilic.butwho-snotherselfableecler.marriesanormalman
Whatisthechanceofhaemophiliairtheirchildren?
24.lfparentswithnormalvisionproducenormalandcolour-blindsonswhatproportionofthe
daughterswillbeheterozygoustorcolour-blindness?
25.Agirlofnormalvisionwhosefatherwascolour-blindmarriesamanofnormalvisior-whosefather
wasalsocolour-blind.Whattypeofvisioncanbeexpectedintheiroffspring?
QIV.Problemsfromevolution[3marks]
26.SupposeaSouthSeaInlandpopulationstartedwith10%blue-eyedand90%homozygous
orovrn-eyeupeople.Underthe.rtardy-Weinbergrulewnalw:.'lbeatequilibriumthepercentagesof
noterozygcles?0feachtypeofhomozygote?
27.Supposeapopulationhas100%ofpeoplewithblondgrouptypeA8.Whatwillbetheblood
groupsituationatequilibrium,assumingtheHardy-Weinberglawobtains?
28.UndertheHardy-Weinberglaw.whatisthefrequencyofgene?F??fitsonlyallele?p?is
homozygousin49%ofthepopulation?
0V.CertifiedpracticalRecord[3marks]
QVI.Album[GeneticsandEvolution?Photographs:OutOutswithAppropriateWriteUp]
[2marks]
Lampbrushandpolytenechromosomes
Studyofhomologyandanalogyfromsuitablespecimensandpictures.
'MacroevolutionusingDarwinfinches(Pictures)
Qvll.Viva-Voco[2marks]
B.Sc.llYozr
B.Sc.PRACTICALMODELPAPERFORIVSEMESTER
ZOOLOGY-COREPAPER-IV
CellBioIOQYiGonetiandEvolution
Time:2Hrs.Max.Marks:25
1.identification,labeleddiagramendsalientIeaturesofspots:
(O4spots)
2.?rcporcandluentifyMitoticdivisionswithonionrootlips:
3.OneProblemfromGenetics
4OneProblemlromEvolution
5.Certi?edpracticalrecord
6.Album
7.Vivavoce
f.)
u?
?J:
6.
.Design:.ll1(lcOl1Sll'1lCImmvusing.
EZEc/ir/zvb/i.417?JmzAQV
PruclimrzalQuesliouBank
(?onsaructinvertingampli?erusing()l?.-\\'li?"?41andfindilsgainusingDCam]AC?
1Jcsigi1anon-invci'lingzunplificrLisfng1C741and11ndgain1'01"DC?andAC?
(fonsuuclasummingzumpliliri"
Dcsignandumslruc;acumparulor"usingIC741
(?onstnmt.1Astahlcmultivihratorusing741IC
lksignumonavslalvlemullivibrzuorusing7411C
(fonslruclaninlegralurandstudyitsisulpulforSineandlrizmgularwaiveinputs
CmislruclaalilliculiailorciruiilmusingIC741and{inditsIIYSPLIIISCl0sincand
lrieuzgulziruuilvcs
{l1AVIVcircuitusingS??iimei-1Cand?ndiismintycycle
5andfinddutycycle
.("zmslrucl&l1'l'1]1|1|.l.lLi8mavderzitivranddeieciorand?ndilsnmdillulurindex
.(Iorislnlntl{kcqucriuymodulatoranddemodulatorcircuitsandtrucetheirwavelbrms
.811111111110integratorcircuitandstudyitsrcsponscbychangingthefrequencyofinput
.Nimnlnr:integratorcircuit.andStudyitsrssponscbych-arlgingthefrequenciesofinpuz.
.Fimulzil:\Veii1bridgeoscillnlcrusing741l('and.?ndilsl'|'eqli:r1c?xnl?(')scillmions
.Simululs.-'\m\'using,741and?nditsdutycycle
TSimulul:Amvusingtimerl('.
Timc:2hours
I.ExperimentQuestions
ll.Spottings
ITI.
l.
5,1
F"r?
7.
8.
9.
FACULTYOFSCIENCE
BSc.IVSemester(Practical)Examination-ZOIS
Subject:MICROBIOLOGY
QUESTIONBANK
Max.Marks:25
(l2Marks)
I-?indoutlhcquantity0|?Proteinpresentinthegivensamplebyl3iuret-?l..owr_v?s
methodandplotatstandardgraphofproteinbycalorimetry(Theexaminerwill
provideunknownsampleandnecessaryreagents).
lllldoutthuamountofDNApresen?.inthegivenstunplebyDiphcxrvlamine
methodandplotastandardgraphofDNAb)?caloriznelry{Thecxairtiticrwill
provideunknmvnsampleandncccssairyreagents).
PlotastandardgraphofRNAbycalorimetryusingOrcinolmethodandfindout
thequantity01'RNApresenti|1thegivensample(Theexaminerwillprovide
unknownsampleamttlcccssisryruagcnts).
IsolalcgctiomicDNAfromthegivensample.Observeandreporttheresult.
Asampleisprovidedtoyou.Dcmonstratcclcclrophorcticseparationbyusing
Agarosegelelectrophoresisandllttcrprotyourresult.
ProblemsrelatedtoDBA.RNAcharacteristics,'l'ranscriptionandlranslation
(Theexaminerscanprepareproblemstobesolvedbythestudents].
(4.\Z=8Marks)
(Talotimclcr
Ciu-"elle
Micropipcttc
l0.Centrifuge
ll
I2
l3
l4
_-
J
l6
l7
l8
l9
2U
Record&viva
.PCRkit
.(iclclcctropltoresisunit
.DNSreagentxvitl:label
.Tl?buffet"
'.DiagrammalicalrepresentationofIatoperott
.Biuretreagentwithlabel
.Orcinolreagentwithlabel
.GraphshowingtheestimationofDNAwithlahul
.(iraphshoivingtht?.osliitlationofRNAwithlabel
.(irapnshowingtheestimationofProteinwithlabel
(5Marks)
DSC?1I)
Paper-BS404(Practicals):BIOCHEMICALPREPARATIONSANDSEPARATIONS
(1Credits;2I-lrlwcekj
QUESTIONBANK
Duration2hoursII/lax.Nlarks25
l.WritethePrinciplesforthefollowingexperiments5[Vlarlts
.AbsorptioninaximaofColouredsubstances
.Absorptionspectraol?Pmteins
.Absorptionspectra0I'D.\IA
.IsolationofCascinfrommilk
.Isolationofchulcslcrol
Paper(Ihmmiit?gfiiphy
.?IhinLayerChromatography
Qf?l?tj?w}
2.MajorExperimentl0Marks
.Absorptionmaxima0i?colouredsubstances
.Absorptionspectram?proteins
.Absorptionspectraol"l\'ucleicacids:
.SeparationofAminoacidsby"Papci?chromatography
Separationofplantpigmcnlxby?TLC
;r|:r*.-G>
3.
MinorExperiment5Mark?
A.
IsolationofbggalbuminIiomeggwhile
B.
Isolationof('la.s'einfromMilk
(I.Isolation(sfslziruhfrompotato
D.Isolzilionof?cholesterolfromeggyolk
4.Viva-VoccandRccord5Marks
,1
ENDSEMESTERHANl.PRACTICALMODELPAPER
SEMESTERIV
APPLIEDNIJTRITION&PUBLIC.HEALTH
PAPIILR:IFANIILY&COMMUNITYNUTRITION
TIME:ZHRSMAXMARKS:ZS
1.
winetheRDA(axmtms)
2.
Planadafsdietforthegivenagegroup(SMARKS)
a.
Adulthood
b.Pregnantwomen
c.
Lactatingmulhei?
d.
Schoolgoingchild
u.Adolescent
I?.Oldagegroup
3.CalculatetheNutritivevaluelbranytwoNutrientsofimpomuiuuf?MARKS)
4.Preparation&displayofthcdictiQMARKS}
5.Record(SIVIARKSI
?=i
i?QWWG???-,~_\\?\\?-??
'-'ems.?
ofduabnwe?z?
25's?)
?gigging?
<58??
ENDSEMESTERPRACTICALEXAMINATION
SEMESTER4
CLINICALNUTRITIONANDDIl-YIIIIFICS
PAPER-?FOOI)SCIENCE
Time:2l-lrsMaxMarks:25
I.Writetherecipe[or2portionsofanyoneofthefollowingrecipes
andincoqmrzilein2|Menu(l0Marks)
a.(ihincseFriedRice
b.LcmunRice-
c.lllasalaRajmzi
d.
(Iholc
e.Vegetableso?noodles
I?.PalakPanccr
TomatoSOUP
Chutneysandivlch
P"?
(Iarrotllalwa
j.VemiicelliKIICOI?
IQ
PreparationanddisplayoFzmyone0Ftheabovementionedrecipes(lllMarks]
1s.
Napkinliold(2Marks)
4.PracticalI{t?L~tll'd(3Mark's)
Duratiun=2hours
l.MAJORI'R.-\(."I?I(IAI.S
l.
>?9.?":"'l?'!?
lI.l\
l.
2
3
4.
lll.
SPOTTERSIEXHIBITS
l.
4.?~:/-.+?e?.l~>
?IINOR
PRACTICALS
B.Sc(icneticsllYEAR
l\~?-SEMESTER
MICROBIAL(JENWIICSANDGENETICENGINEERING(B8406)
QUl<1S'l?l0NBANKFORPRACTICALS
Tofal=25M
lxl0=10M
Gramsmininlg
Bacterialgrowthcurve
Isolationof?Lwactcria
Inductionandisolationofnmtaxltsinbacteria
l-?rcparzuionofcolnpelenlcellsofbacteria
Ampli?culionofgeneofinterestbyPCR
Rcstricliondigestionanally-sis
1x5
=
5N1
Slcrilizalioumethods
.Mediacannpositionandprcparaliola
Puri?cationand1n21i11lcnzn1ccofbacterialcultures
PmbluunsonRestrictionmapping
Displayofbznclerialmedia
Displayofanysterilizationequipments?
Images0Flmnslbrlnation,Conjugation,lnlcrruptudmaling,Transduction
ImagesofVectors:PBR322,PUC,(Ins-mid,Yeastvectors
Images01'BlottingTechniques
Aniihioticresislanuce.Bluewhilecolonyscr?cningmethods
.Imagesofl-Iumulin.B1Cotton,Goldenrice,Phytorcnzediulion,Biorennediation
8.DispizyvofIndustrialpfO?lllCl?-CheeseFfoghun
IV.RECORD&VIVA
I1?;
2.8.1
.Showthatthemappingf(x:+bi)
PracticalsQuestionBank
Algebra
Unit-l
.Showthat{L23}undermultiplicationmodulo-lisnotagroupbutthat{L2.3.4}nrldcr
multiplicationmodulo5isagroup.
.LctGbeagroupwiththepropertythatforanyx._\'.zillthegroup.ry=:.rimpliesy=z.
ProvethatGisAbcliarl.
.Provethatthesetofall3x3matriceswithrealentriesofthefonn
(lab
k??f/
isagroupundermultiplication.
.LctGbethegroupofpolynomialsunderadditionwithcoefficientsfromZm.Findtheorders
ofj(.-r)=11?+51+4.9m=-l1?+s:+0.and1(1)+9(1)
.lfaisanelementofagroupGandIn]=7.showthataisthecubeofsomeclcmcrltofG.
.Suppomthat(n).(b)and(c)arecyclicgroupsoforders6.8.and20.rospcctivclv.Findall
generatorsof(n).(b).and(c).
.HowmanysubgroupsdocsZ10have?Listageneratorforeachofthesesubgroups.
.CorlsirlcrthesetH.8.12.16).Showthatthisactisagroupundermultiplicationmodulo20
byconstructingitsCnylcytable.Whatisthcidcrltityclcnlcrlt?lsthegroupcyclic?lfso.
?ndallofitsgenerators.
.Provethatagroupoforder4cannothaveasubgroupoforder3.
.Dctcrrnincwhetherthefollowingrwrruutationsarccvcrlorodd.
a.(I35)
h.(I356)
c.(13567)
d.(l2)(l34)(l52)
(I24a)(s52
1
).C.
Unit-lI
.Showthatthemappingn??>logmaisanisornorphisnfromR*undermultiplicationtoR
underaddition.
n
?
biisanautomorphismofthegroupofcomplex
numbersundcraddition.
.Findallofthcleftcosctsof{1.l1)inU(30).
28
2|.
22.
23.
2-l.
25.
26.
27.
.LetC?hethegroupofnonzeroeomplucnurnhersundermultiplicationandletH={a+biE
C'/a2+b?=l}.Giveageometricdearriptionoftheonset(3+~Ii)H.Giveageometric
descriptionoftheeoset(c+di)H.
.LetH={(ab)/n.b.dER.nd#0}.lsHanormalsubgroupofGL(2.R)?0d
.Whatistheorderofthefactorgroup%?;??
.LetG=U(l6).H={LIS}.andK={L9}.AreHandKisomorphic?AreG/HandG/K
is)rnorphie?
.ProvethatthemappingfromRunderadditiontoGL(2.R)thattakes.rto
ma:sin:
?.rinrma:
isagrouphonromorphisn.Whatisthekernelofthehomomorphism?
.SupposethattisahomomorphismfromZ30toZ30andKer]=(0.l0.20}.lff(23)=9,
determineallelementsthatmapto9.
.HowmanyAbeliangroups(uptoisomorphism)arethere
aoforder6'.?
I.oforderl5?
c.oforder~12?!
d.oforderpq.wherepandqaredistinctprimes?
e.oforderpqr.wherep.q.andrare(listinetprim(s?
Unit-lll
Let.\1,(z)1.011..-
ring
ofall2x2
matrices
overu..-integers....<11?R={(zZ)/<..bez}
ProveordisprovethatRisasuhringof.\I?(Z).
SupposethataandbbelongtoacommutativeringRwithunity.IfaisaunitofRand
b?=U.showthatr1+bisaunitofR.
Letnheanintegergreaterthanl.Inaringinwhich1?=.rforallr,showthatab=0
impliesbe=0.
Listallzero-divisorsir1Z".Canyouseearelationshiphetwvmuthezero-divisorsofZ20rurd
theunitsofZ1;?I
LetabelongtoaringRwithunityandsupposethatn"=0forsomepositiveintegern.
(Suchanelementiscallednilpotent.)Provethatl?r1hasamultiplicativeinverseinR.
Letllhe1minteger.ProvethatZh/d]={n+b\/l_l/a.b6Z}isanintegraldomain.
ShowthatZ"hasanonzeronilpotentelementifandonlyifnisdivisiblebythesquareof
someprime.
3|.
32.
~10.
.Findallunits.zero-divisors.idunpotmts.andnilpotentelementsinZ3QZ5.
.Findallmaximalidealsin
a.Zn.
b.Zm.
c.Zn.
d.Z".
.ShowumR[1]/(11+1)isa?eld.
Unit-IV
Provethateveryringhomomorphismf?omZ"toita-lfhmthefonn[(1)=u.where
G2=0.
Provethataringhomomorphismcarriesanidempotenttoanidempotent.
.InZ.letA=(2)andB=(8).ShowthatthegroupA/BisimmorphictothegroupZ4but
thattheringA/Bisnotring-isomorphictothering2;.
.Showthatthenumber9.897.651.521609.805isdivi?bleby99.
.Showthatnointegeroftheformll1.l11.11l.....1l1isprime.
.Letf(x)=4:3+213+z+3andg(.r)=3:?+3:3+31?:+:+-l.wheref(r).g(:)6Z5[:].
Compute[(1)+g(.r)and[(1-).g(z).
.Let[(1)=5:?+313+Irind9(1)=3:2+21'+linZ7[:].Determinethequotientand
remainderupondividingf(x)byg(z').
.Let[(1)belongtoZ,[r].Provethatif/(b)=0.then?b")=0.
.lsthemappingfromZ?;toZ?;givenbyr?>21aringhomomorphisnl?
DetermineallringhomomorphisrnsfromZtoZ.
l6
Note
8A.(ComputerApplications)?OsmaniaUniversity
WithElfectfromtheAcademicYear2017-2018
ComputerNetworksLabBA406
PracticalZllours/Weeklcredlt
U2vledltnrtncreatedifferent?legwrithgdatainto?les.modfylngdatahfles.
UsedlllerenttypesotUnlxcommandsonthe?lescreatedhfkstprogram.
Writeshellprogramsushg?case'.?then'and?l('It?else?statements.
Wrlteshellpmgramsushgwhilmdo-whileandforloopstatements.
WrlteashellscrhtthatacceptstwoIntegersasitsargumentsandcomputersthevalueof?rst
numberraisedtothepowerolthesemndnumber.
Wrlteashellscrlptthattalresacommand-lheargumentandreportsonwhetherilsdkectory.a?le.
orsomethlngelm.
Wrlteashelsalptthatacceptsa?lename.startingandendingllnenumbersasargumentsand
displaysallthellnesbetweentheglvenllnenumbers.
Wrlteashellscriptthatdisplaysall:ofalthe?leslnthecurrentdlredorytowhlchtheuserhas
read.wrlteandexecutepermissions.
Wrlteaprogramtocreateasocketandinplementconnectfunction.
Wrlteaprogamtodlsplayhelloworlduslngsignals.
Wrlteaproyamtoimplementtheslldhgwhdowprotocol.
WrlteaprogamtoImplementllstenerandtaker.
WrlteaprogramtoImplementTCPechoushgcIlent-serverprogram
WrlteaprogramtoimplementUDPechoushgcllent-serverprognm.
WrlteaTCPcllent-serverprogramtoconvertapvenstnnglntoreverse.
WrlteaUDPcllent-serverprogramtoconvertagivenstrlnglntoreverm.
RecommendedtouseOpenSourceSottwarellteFedora.Ubuntu,CentOS,etc_
WrlteaboveprogramuslngClanguageonUnIx/LhuxSystems.
Page|15
l6
Note
8.5c.(ComputerApplimtions)?OsmaniaUniversity
WithEifectfromtheAcademicYear2017-2018
ComputerNetworksLabB8406
PracticalZliours/Weekicredit
U2vieditnrtncreatedifferent?leswrithgdatainto?les.modfyingdatahtles.
UsediiierenttypesotUnixcommandsonthe?lescreatedhfkstprogram.
Writeshellprogramsushg?case'.?then'and?ifl.?else?statements.
Writeshellpmgramsushgwhilmdo-whileandforloopstatements.
WriteashellscrhtthatacceptstwoIntegersasitsargumentsandcomputersthevalueoi?rst
numberraisedtothepoweroithesemndnumber.
Wrlteashellscriptthattalresacommand-lheargumentandreportsonwhetheriisdkectory.a?le.
orsomethingelm.
Writeashelsaiptthatacceptsa?lename.startingandendinglinenumbersasargumentsand
displaysallthelinesbetweentheglvenlinenumbers.
WriteashellscriptthatdisplaysaIi:oialthe?lesinthecurrentdiredorytowhichtheuserhas
read.writeandexecutepermissions.
Wrlteaprogramtocreateasocketandinplementconnectfunction.
Wrlteaprogamtodisplayhelloworldusingsignals.
Wrlteaproyamtoimplementtheslidhgwhdowprotocol.
Writeaprogamtoimplementiistenerandtaker.
WriteaprogramtoimplementTCPechoushgcIient-serverprogram
WrlteaprogramtoimplementUDPechoushgclient-serverprognm.
WrlteaTCPclient-serverprogramtoconvertapvenstrtngintoreverse.
WrlteaUDPclient-serverprogramtoconvertagivenstringintoreverm.
RecommendedtouseOpenSourceSottwarellteFedora.Uhuntu,CentOS,etc_
WriteaboveprogramusingClanguageonUnix/LhuxSystems.
Page|15
WithEffectfromtheAcademicYear2017-2018
DatabaseManagementSystemsLabB5406
Practical2Hours/Weekicredit
ConsidertherelationalschemaforpartofiheDreamilomecasestudyis:
Branch(branchNo,street.city.postcode)
Staff(sDiTNo.iName.iName.position.sex.DOB.slary.branchNo)
PropertyForRent(grogg?mstreegcity,postcode,type,rooms,rent,ownerNo,staffNo,
wumvrcut~r~
8.5c.(ComputerScience)?OsmaniaUniversity
branchNo)
Cllent(clientNoJName,lName,telNo,preffypmmaxllenr,eMal)
Prlvate0wner(ownerNo.fName,lName.addnes.telNo.eMail.password)
viewing(clientNmproperwNo.viewDate.comment)
Registration(clientNo,branchNo,staffNo,date|oined)
Createadaiabxewithname'DreamHome'andnowcreatealltheableslistedabovewithconstrains.
lnsertanewmwintothetablesupplyingdataforallcolumns
ModiydataInthedatabaseusingUPDATE
DeletedamfromthedatabaseuslngDELETI-I
ChanghgaIabledeiirritlonusingALTER
RemovingatableushgDROP
RemovingrowsintableusingTRUNCATE
Createanindexandremovinganindex
PracticeotherstandardSQLcommandsforcreating,modifyhg,displayingdataoftables.
.Listfulldetailsofallstaff.
.Listallstaffwiihasalarygeaterthan?10000.
.Listthepropertynumbersofallpropertiesthathavebeenviewed.
.Producealktofsalarlesforallstaff,showhgonlythestaffNo,fName.lName.andsahrydetails.
.Listallcitieswherethereiseitherabranchofficeorapropertyforrent.
.Listallcitieswherethereisabranchofficebutnopropertiesforrent.
.Listallcitieswherethereisbothabranchoffleeandatleastonepropertyforrent.
.Listthenamesandcommentsofallclbzntswhohaveviewedapropertyforrent.
.Produceastatusrepononpropertyvbwlngs.
.ListcompletedetailsofallstaffwhoworkatthebranchinGlasgow.
.ListtheaddressesofallbranchofficesinLondonorGlasgow
.Listallstaffwlthasalarybetween?20.000and?30.000.
.Identifyalldientswhohaveviewedallpropertieswiththreerooms.
.Howmanypropertiescostmorethan?350permonthtorent?!
.HowmanydifferentpropertieswereviewedhMay20137
.FindlhetotalnumberofManagersandthesumoflheirsahries.
.Findtheminimum.ma:dmum.andaveragestaffsalary.
.Findthenumberofstaffworirlngheachbranchandthesumoftheirsalarles.
.Listallmanagersandsupervisors.
.Findallownerswlththestrlng'Ghsgow'lnthelraddress.
.ListthedetalsofallviewhponpropertyPG-iwhereaoommenthasnotbeensupplied.
.Producealbtofsalariesforalliaff,arrangedindescendingorderofsalary.
.Produceanabbreviatedllstofpropertiesarrangedinorderofpropertytype.
.Findthenumberofstalfworkingheachbranchandthesumofiheirsalaries.
.ForeachbranchofficewlhmorethanonememberofstafLflndthenurnberofstaffworkingheach
branchandthesumofihelrsalaries
.Listthestaffwhoworkinthebranchat'i63MahSt?.
.ListallsuffwhoseQlaryisgreaterthantheaveragesalary.andshowbyhowmuchtheksalaryis
greaterthantheaverage.
.Listtheproperthsthatarehandledbystaffwhoworkinthebranchat'163MahSt?.
.FindallstaffwhosesalarylslargerthanthesalaryofatleastonememberofstaffatbranchB003.
.FindallstaffwhosesalaryislargerthanthesalaryofeverymemberofstaffatbranchB003
.Listthenamesofalldlentswhohaveviewedapropertyzalongwithanycommentssupplled.
.Foreachbranchoffice,listthestaffnumbersandnamesofstaffwhomanagepropertiesandthe
propertiesthattheymanage.
.Foreachbranch.listthesailnurnbersandnamesofstaffwhornanappropertiesJncludhgthecityln
whichthebranchislocatedandthepmpertiesthatthestaffmanage.
Page|14
.Findthenumberefpropertieshandledbyeachstaffmember,alongwiththebranchnumberofthe
memberofstaff.
.Listallbranchofiicesandanypropertiesthatareinthesamecity.
.Listallpropertiesandanybranchofficesthatarelnthesamecity.
.Listthebranchofficesandpropertbsthatareinthesarnecityalongwithanyunmatchedbranchesor
properties.
.FindallstafTwhoworklnaLondonbranchomce.
.Constructailstofallcitieswherethereisekherabranchofficeoraproperty.
.Constructallstofallcitieswheretherelsbothabranchofficeandaproperty.
.CreateaviewsothatthemanageratbranchB003canseethedetalsonlyforstaffwhoworkinhisorher
br:nchoffice.
.CreateaviewoflhestaffdetziisatbranchB003thatexcludessalaryinformation,sothatoniymanagers
canaccesstheslarydetailsforstaffwhoworkattheirbnnch.
.Createaviewofstaffwhomanagepropeniesforrent.whkhhchdesthebranchnumbertheyworkat
the?staffnumbenandthenumberofpmpertiestheymanage.
.RemovingaviewusingDROPVIEW
.GivetheuserwithauthorizathnkientillerManagerallprivlegesontheStafftable.
.GiveusersPersonnelandDirectortheprivlegesSELi-ZCTandUPDATEoncolumnsalaryoftheStafftabie.
.RevokethepriviiepSELECTontheBranchtablefromallusers
.RevokeallprivilegesyouhaveglventoDirectorontheStatftabie.
.DemonstrateexcepthnshPL/SQL
.DemonstratecursorsinPL/SQL
.WritePL/SQLqueriestocreateprocedures.
.WriuePL/SQLqueriestocreatefunctions.
.WritePL/SQLqueriestocreatepackage.
.WritePL/SQLqueriestocreatetrigers
.WritePL/SQLqueriesusingrecursion
ConsidertherelationalschemaforpartoftheHotelusestudyis:
8.5c.(ComputerScience)?OsmaniaUniversity
Hotel(hotelNo,hoteName,city)
Room(mornNo.hotelNo,type.price)
Booking(hotelNo,guestNo,dateFromAateTo,roomNo)
Guest(guest?o,guestName,guestAddress)
.Createadatabasewithname'Hotel'andnowcreateallthetableslistedabovewithmnswaints.
.insertanewrowintothetablesupplyingdataforallcoiumns
.ModiydatainthedatabaseusingUPDATE
.DeletedatafromthedatabaseusingDELETi-I
.ChanghgatabiedefinitionusingALTER
.RemovingatableushgDROP
.RemovingrowsintableusingTRUNCATi-I
.PracticeotherstandardSQLcommandsforcreating.modifyhg,displayingdataoftables.
.Listfulldetailsofallhotels
.ListfulldetailsofallhotelsinLondon.
.ListthenamesandaddressesofalguestslivinginLondon.alphabetlmllyorderedbyname.
.Listalldoubleorfamilyroomswithapricebeiow?40.00pernight.hascendingorderofprte.
.ListthebookingsforwhthnodateTohasbeenspeclled.
.Howmanyhotelsarethere?!
.Whatistheaveragepriceofaroom?
.Whatisthetotalrevenuepernightfromalldoublerooms?
.HowmanydifferentguestshavemadebookingsforAugust?
.ListthepriceandtypeofallroomsattheGrosvenorHotel.
.ListallguestscurrcntlystayingattheGmsvenoriiotrl.
.ListthedetalsofallroomsattheGrosvenorHotellncludingthenameofthegueststayingintheroom.
.WhatisthetotalhcomefrombookingsfortheGrosvenorHoteltoday!
.ListtheroomsthatarecurrentlyunoccupiedattheGrosvenorHotel.
.WhatistheiostinmmelromunoccupiedroomsattheGrosvenorHotel?!
.Listthenumberofroomsineachhotel.
.ListthenumberofroomsineachhotelinLondon.
.WhatistheaveragenumberofbookingsfereachhotelinAugust?
.WhatisthemostcommonlybookedroomtypeforeachhotelhLondon?!
.Whatisthelostincomefromunoccupiedroomsateachhoueltoday?
.Insertrowsintoeachofthesetabies
Page|15
.Updatetheprieeoiallroomsby5%.
.DemonstratethatquerieswrknenusingIheUNIONoperatorandsamecanberewrktenusingthe0R.
.Applythesyntaxforinsertingdataintoatable.
.Createaviewcontainingthecheapesthotelshtheworld.
.CreatetheiioteltableusingtheintegrityenhancementieaturesoISQL.
.Createadatabasetrggeriorthefollowingsluations:
(a)Thepriceoialidouhleroomsmustbegreaterthan?100.
(h)Thepriceoidoubleroomsmustbegreaterthanthepriceoitheh?hestshgleroom.
(c)Ahookingmnnotbeiorahotelroomthatkalreadybookedforanyoithespeclihddates.
(d)Aguestmnnotmaketwobookingwithoveriapphgdates.
(e)Maintainanaudktablewiththenamesandaddressesoialiguesuwhomakebookingsiorhotelsh
London(donotstoredupiicateguestdetails).
Givenrehtionschemasare
Saiiors(sld:hi1e$r.sname:string.rating:hnepr,age:real)
Boats(hkizinteger,bname:strhg,color:sting)
Reservesmdzintegnbid:integerday:date)
100.Findthenamesandagesoiailsailors.
101.Findailslbrswkharatingabove7.
102.Findthenamesoisalorswhohavereservedboat103.
103.FindIhesidsoisaiiorswhohavereservedaredboat.
104.Findthenamesofsalorswhohavereservedaredboat.
105.FindthecoiorsoiboatsreservedbyLubber.
t0&Findthenamesoisalorswhohavereservedatieastoneboar.
107.Findthenamesofsalorswhohavereservedatieasttwoboats.
108.Computehcrementsfortheratingsoipersonswhohavesailedtwodlierentboasonthesmeday.
109.FindtheagesoisalorswhosenamebeginsandendswithBandhasatleastthreecharacters.
110.Findthenamesoisalorswhohavereservedaredoragreenboat.
11i.Findthenamesoisalorswhohavereservedaredandagreenboat.
112.Findlhesidsoiallsalorswhohavereservedredboatsbutnotgreenboats
113.Findallddsoisailorswhohavearathgofiborhaveremrvedhoat104.
114.Findthenamesoisalorswhohavenotreservedaredboat.
115.FindsailorswhoseratingishetterthansomesailorcalledHoratio.
116.FindsailorswhoseratingisbetterthaneveryQiiorcalledHoratio.
117.Findlhenamesofsalorswhohavereservedallboats.
118.Findthenamesoisalorswhohavereservedatleasttwoboats.
119.Findthenamesoisalorswhohavereservedallboatscalledlnteriake.
120.Findsailorswhohavereservedailredboats.
12i.Findthesailorname.boatid.andreservationdateforeachreservation.
122.Finddresidsoisailorswithageover20whohavenotreservedaredboat.
123.Findtheaverageageofallsaiiors.
124.Findiheaverageageoinilorswkharatingof10.
125.Findthenameandageoftheoldestsailor.
126Countthenumberoidifferentsaiiornames.
127.Findthenamesoisalorswhoareolderthantheoldestsalorwirharatingoii0.
12$Findthesailorswiththehighestrating.
129.Findtheapoftheyoungestsailorioreachratinglevel.
130.Findageoitheyoungestsaibrwhoiseii?bietovoneforeachratingievelwlhatieast2suchsailors.
131.Findiheaverageageoisailorsforeachrathglevelthathasatieasttwosailors.
132.Foreachredboat.lhdthenumberolreservationsiorthisboat.
133.Findtheaverageageoisailorswhoareoivotingage(l.e..atleast18yearsold)foreadiratinglevel
thathasatieasttwosailors.
134.DeletetherecordsoisailorswhohaverathgB(deiethgsomerowsinatable).
13S.Loadingdatawhichispresentinthetexthmthetable.
NotRecommendedtouseopensourtedatabasesoftwarelikeMySQl.MongoDBJMslgreSQL.etc...
8.5c.(ComputerScience)?OsmaniaUniversity
e
-Inpracticalexamhation.studentshaveto
Createdatabase
Createtableswiththeirintegriymnswaints.
Insertthedataintotablesandthenexecutethequeries
Answeranysixqueriesfromtenqueriesgivenbylheexamher.
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This post was last modified on 21 November 2019