Download PTU B.Pharma 2020 Dec 2nd Sem 46212 Pharmaceutical Chemistry Ii (Physical Chemistry) Question Paper

Download PTU I. K. Gujral Punjab Technical University (IKGPTU) B.Pharma (Bachelor of Pharmacy) 2020 December 2nd Sem 46212 Pharmaceutical Chemistry Ii (Physical Chemistry) Previous Question Paper

Roll No.
Total No. of Pages : 02
Total No. of Questions : 24
B.Pharma (2012 to 2016) (Sem.?2)
PHARMACEUTICAL CHEMISTRY-II ( Physical Chemistry)
Subject Code : BPHM-202
M.Code : 46212
Time : 3 Hrs. Max. Marks : 80
INST RUCT IONS T O CANDIDAT ES :
1 .
SECT ION-A is C OMPULSORY co nsisting of FIFT EEN questio ns carrying TWO
marks eac h.
2 .
SECT ION-B c ontains F IVE questions c arrying FIVE marks eac h and s tud ents
have to atte mpt any FOUR q ues tions.
3 .
SECT ION-C contains FOUR q uestions carrying T EN marks eac h an d s tud ents
have to atte mpt any T HREE que stions .
SECTION-A
Explain in brief :
1.
Ideal gas equation
2.
Define and give example of Additive properties
3.
Refractive Index
4.
Partition Coefficient and its significance
5.
Colligative properties
6.
Open and closed system
7.
Define and give unit of Dipole moment
8.
Beer Lambert Law
9.
Example of homogenous catalysis
10. Surroundings
11. Characteristic features of catalyst
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12. Define Phase Rule
13. Activation energy
14. Write the exponential form of Arrhenius equation
15. Zero order reactions
SECTION-B
16. Discuss the applications of viscosity in structure elucidation.
17. Explain the PV isotherm of Carbon dioxide.
18. Define first Law of Thermodynamics what are its limitations?
19. What is the heat capacity at constant volume and pressure? Drive the relation between two.
20. Describe the postulates of quantum mechanics.
SECTION-C
21. What are real gases and why do they deviate from ideal behavior? Derive the expression
for Vander Waal's Gas equation.
22. Define, derive an expression and discuss all the important characteristic features including
graphs w.r.t. first order reaction with suitable example.
23. Explain why work done in adiabatic expansion is less than the work done in isothermal
expansion?
24. Derive the Schrodinger wave equation using various postulates of Quantum Mechanics.
NOTE : Disclosure of Identity by writing Mobile No. or Making of passing request on any
page of Answer Sheet will lead to UMC against the Student.
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