August
2015
T24/TML023/EE/20150816
Engineering Drawing -2
Marks-80
Instructions:
1. All questions are compulsory.
2. “Long Answer type Question (LAQ)” is a supply type question
of 15 marks which required a typical answer of about 60-80 lines
in bout 32-40 minutes.
3. “Sort Answer type Question (SAQ)” is a supply type question of
5 marks which required a typical answer of about 15-20 lines in
bout 08-10 minutes.
4. Figures to the right indicate marks allotted to the questions.
5. Assume suitable data if necessary
6. Use a nonprogrammable type of scientific calculator is allowed
Marks
SECTION-A
Q.1
(a) Draw the development of the lateral surface of given part P of the
cone a Shown in Fig.no.1 (All dimensions in cm)
10
b) A cone diameter of base 60 mm and axis 75 mm long, on its base
on the HP it is cut by a section plane perpendicular to VP. Inclined at
45º to HP and bisection the axis. Draw the front view. Sectional top
view and true shape of the section.
05
Page 1
OR
Q.1
Q.2
(a) A pentagonal pyramid has its on the H.P. and the edge of base
nearer to V.P. is vertical section plane, inclined at 45º to the V.P.,
cuts the pyramid of 6 mm from the axis. Draw the top view,
sectional front view and the auxiliary front view on an A.V.P.
parallel to the section plane. Base of the pyramid is of 30 mm side,
axis is 50 mm long.
07
(b) Top view and front view of the frustum of cone having a
triangular cut are shown in fig. no. 2. Draw the development of the
slant surface of the frustum, showing the true shape of the hole in it.
08
(a) A vertical square prism of base 50 mm side is completely by
horizontal square prism, base 35 mm side, so that their axes are 6
mm apart. The axis of horizontal prism is parallel to V.P. while
faces of both prisms are equally inclined to V.P. Draw the
projections of prisms showing lines of intersection.
15
OR
Q.2
(a) Draw its isometric view of the following two views of an object
with ‘O’ as origin as show in fig.No.3
15
Page 2
Q.3
Define section plane. And true section.
Q.4
Draw an isometric scale to a distance up to 70 mm.
05
05
SECTION-B
Q.5
Draw the following views of the given object as shown in fig no 4
i)
ii)
iii)
15
Front view
Top view
Side view
Use first angle method
Page 3
OR
Q.5
10
a) A rectangular pyramid base 30 mm X 20 mm and axis 35 mm
long, is placed on the ground plane on its base, with the longer edge of
the base parallel to and 20 mm behind the picture plane. The center
plane is 30 mm to the right of the apex and the station point is 50 mm
in front of the picture plane and 25 mm above the ground plane. Draw
the perspective view of the pyramid.
05
b) Explain the types of oblique projection.
Q.6
(a) What are the reasons for implementing CAD systems? Give the
limitations of CAD. Enlist the different types of software used for
drafting.
10
b) Explain different types of nomogrphy.
05
OR
(a) Define the following terms with one example;
i) Moment of Inertia
ii) Center of Gravity
10
(b) Explain any five fundamental commands to edit a drawing in
CAD.
05
Page 4
Q.7
Write classification of perspective projections whit sketch
05
Q.8
Write benefits of CAD
05
Page 5