Download VTU B-Tech/B.E 2019 June-July 1st And 2nd Semester 2015 Jan 2014 Dec 14CED14 Computer Aided Engineering Drawing Question Paper

Download VTU ((Visvesvaraya Technological University) B.E/B-Tech 2019 July ( Bachelor of Engineering) First & Second Semester (1st Semester & 2nd Semester) 2015 Jan 2014 Dec 14CED14 Computer Aided Engineering Drawing Question Paper

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First Semester B.E. Degree Examination, November 2014
1.4CED14
COMPUTER AIDED ENGINEERING DRAWING
Time: 3 Hours (COMMON TO ALL BRANCHES) Max. Marks: 100
Note: 1. Answer three full questions 2. Use A4 sheets supplied.
3. Draw to actual scale. 4. Missing data, if any, may be assumed s ably.
to w of R is 40 mm behind VP, the top view of Q is on
of poi .is 45 mm in front of VP. Draw the projectionkbiShe points & state the
quadran hich the points are situated. (10 Marks)
b. The distanc = ween the end projectors througn pre end points of a line AB is
60 mm. The en i 10 mm above HP and m in front of VP. The end B is
35 mm in front o P. The line AB appears 70 mm long in the front view.
Complete the projections, Find the true length of the line and its inclinations with
int 30 mm above XY line is the front view of three poin ,X) and R. The
ine and top view
0
0
HP and VP.
ork-
(20 Marks)
1. A hexagonal lamina of sides4'30mm is
-
resting on HP with one of its corners in VP
and its surface inclined at an angle of 30
0
with VP. The diagonal passing through
that corner which is in VP appears to be inclined at 40? to HP. Draw the projections
of the lamina. (30 Marks)
2. A square
from a
appe
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regular pentagonal prism of height 60mm and base edge 30mm rests with its
base on HP. The vertical face closest to VP is 30? to it. Draw the devel
nt of
the truncated prism with its truncated surface inclined at 60? to its axis and
bisecting it.
(30 Marks)
r ?id 35 mm sides of base and 60 mm axi I gth is suspended freely
r of its base. Draw the projections of the amid when the axis
be inclined to VP at 45?. (40 Marks)
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3
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or
3. A square prism base side-40mm, height-50mm is placed centrally on a cylindrical
slab of diameter 100mm and thickness-30mm. Draw the isometric projection of the
combination.
(30 Marks)
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