BE (First/Second) Semester Exam
(Common to all Branches)
Time: 3 hrs
Maximum Marks: 60
(Common to all Branches)
Time: 3 hrs
Maximum Marks: 60
Instruction to Candidates:
- Section A is compulsory.
- Attempt any five questions from Section B and C.
- Select atleast Two questions from Section B and Two from Section C.
SECTION A (Marks: 2 each)
1. a) What is a profile plane?
Ans: Refer article 7.5 page 7.3 of ED - Basant Agrawal, TMH.
b) Draw the symbol of first angle projection system.
Ans: Refer Fig. 7.9(b) page 7.8 of ED - Basant Agrawal, TMH.
Ans: Refer Fig. 7.9(b) page 7.8 of ED - Basant Agrawal, TMH.
c) Describe a tetrahedron.
Ans: Refer article 11.2 page 11.2 of ED - Basant Agrawal, TMH.
Ans: Refer article 11.2 page 11.2 of ED - Basant Agrawal, TMH.
d) Draw any two types of lines and give their applications.
Ans: Draw article 2.5 page 2.3 of ED - Basant Agrawal, TMH.
e) What do you understand by reducing scale? Give an example.
e) What do you understand by reducing scale? Give an example.
Ans: Refer article 4.1 page 4.1 of ED - Basant Agrawal, TMH.
f) What is Single Stroke Vertical Gothic Lettering? Give an example.
f) What is Single Stroke Vertical Gothic Lettering? Give an example.
Ans: Refer article 2.8 page 2.6 of ED - Basant Agrawal, TMH.
g) Whati s a leader line?
g) Whati s a leader line?
Ans: Refer article 2.11 page 2.7 of ED - Basant Agrawal, TMH.
h) Briefly explain the aligned system of dimensioning.
h) Briefly explain the aligned system of dimensioning.
Ans: Refer article 2.12 page 2.8 of ED - Basant Agrawal, TMH.
i) What is an oblique solid?
i) What is an oblique solid?
Ans: Refer Fig. 11.5 page 11.3 of ED - Basant Agrawal, TMH.
j) Draw the plan and elevation of a 50 mm long line AB which is parallel to both the principal planes.
j) Draw the plan and elevation of a 50 mm long line AB which is parallel to both the principal planes.
Ans: Refer problem 9.1 page 9.2 of ED - Basant Agrawal, TMH.
SECTION B (Marks: 8 each)
2. Draw a full size diagonal scale to show 0.1 millimetre and long enough to measure up to 5 centimetres. Show on this scale the following distances: (a) 0.2 millimete (b) 2.35 centimetre and (c) 4.89 centimetres
Ans: Refer article 4.11 page 4.9-4.16 of ED - Basant Agrawal, TMH.
3. A line AB, inclined at 30 degree to the VP has its ends 50 mm and 20 mm below the HP. The length of its FV is 65 mm and its VT is 10 mm below the HP. Determine the TL of AB, its inclination with the HP and locate its HT.
Ans: Refer chapter 9 of ED - Basant Agrawal, TMH.
4. A right regular pentagonal pyramid, side of the base 30 mm and height 60 mm, has one of its triangular faces in VP while the base edge contained by that triangular face is perpendicular to HP. Draw its projections.
Ans: Refer problem 11.16 page 11.19 of ED - Basant Agrawal, TMH.
5. A right circular cylinder of base diameter 54 mm and axis 75 mm long, has a circular hole of 30 mm diameter, drilled centrally through it. It rests on its base on HP. An AIP inclined to HP at 45o cuts it, meeting the axis at a distance of 20 mm below the top end face. Draw its front view, sectional top view and true shape of the section.
5. A right circular cylinder of base diameter 54 mm and axis 75 mm long, has a circular hole of 30 mm diameter, drilled centrally through it. It rests on its base on HP. An AIP inclined to HP at 45o cuts it, meeting the axis at a distance of 20 mm below the top end face. Draw its front view, sectional top view and true shape of the section.
Ans: Refer problem 12.7 page 12.10 of ED - Basant Agrawal, TMH.
SECTION C (Marks: 8 each)
6. Two orthographic views of an object are shown in Figure 1 below. Draw its isometric view.
Ans: Refer Fig. E7.10 page 7.15 of ED - Basant Agrawal, TMH.
7. A right circular cone of base diameter 50 mm and height 70 mm rests on top of a cube of 40 mm side such that the axes of the two solids are along the same vertical line. The four vertical faces of the cube are equally inclined to VP. Draw a neat freehand isometric sketch of the assembly.
7. A right circular cone of base diameter 50 mm and height 70 mm rests on top of a cube of 40 mm side such that the axes of the two solids are along the same vertical line. The four vertical faces of the cube are equally inclined to VP. Draw a neat freehand isometric sketch of the assembly.
Ans: Refer article 15.19 page 15.16 of ED - Basant Agrawal, TMH.
8. A funnel shown in Figure 2 is made by assembling the frustum of a cone and a truncated cylinder. Draw the complete development of the funnel.
8. A funnel shown in Figure 2 is made by assembling the frustum of a cone and a truncated cylinder. Draw the complete development of the funnel.
Ans: Refer problem 13.39 page 13.33 of ED - Basant Agrawal, TMH.
9. A square prism, edge of the base 30 mm and height 60 mm is resting on its base on HP. lt is completely penetrated by another square prism of 20 mm base edge and height 60 mm such that the axis of the penetrating prism is perpendicular to and 10 mm in front of the axis of the vertical prism. The rectangular faces of the two prisms are equally inclined to VP. Draw the projections of the solids showing lines of intersection.
9. A square prism, edge of the base 30 mm and height 60 mm is resting on its base on HP. lt is completely penetrated by another square prism of 20 mm base edge and height 60 mm such that the axis of the penetrating prism is perpendicular to and 10 mm in front of the axis of the vertical prism. The rectangular faces of the two prisms are equally inclined to VP. Draw the projections of the solids showing lines of intersection.
Ans: Refer problem 14.2 page 14.3 of ED - Basant Agrawal, TMH. 
