ENGINEERING GRAPHICS BE110 MODULE 2 KTU B TECH QUESTIONS FOR FIRST YEAR [S1-S2] STUDENTS | QUESTION BANK | IMPORTANT QUESTIONS [I]


APJ ABDUL KALAM TECHNOLOGICAL UNIVERSITY

ENGINEERING GRAPHICS BE110  KTU B TECH QUESTIONS FOR FIRST YEAR [S1-S2] STUDENTS | QUESTION BANK | IMPORTANT QUESTIONS, graphics notes ,graphics notes s1s2,graphics notes,graphics ktu questions,graphics ktu,graphics questions,graphics questions,electronics graphics questions ktu,ktu,ktugraphics questions,ktu s1 questions,s1questions,first year questions,ktu s2 questions,s2 questions
MODULE 2

Simple Position Of Solids

1. A right hexagonal prism height 60mm and base edge 30mm resting on its base with one base edge perpendicular to VP and the axis is 40mm away from VP. Draw its projections. 

2. A right hexagonal prism height 60mm and base edge 30mm resting on its base in VP with one base edge perpendicular to HP. The axis is 40mm above HP. Draw its projections. 

3. A right pentagonal prism, height 60mm and base edge 30mm is in space with its base 10mm above HP and one base edge perpendicular to VP. Draw the projections if the prism is in touch with VP. 

4. A pentagonal prism 60mm height and 30mm base edge on HP on its base with one of its faces inclined at 450 with VP. Draw the FV,TV and LSV 

5. A square prism of 60mm height and 30mm base edge is in space with one of its faces inclined at 250 with HP and the nearest base is 15mm in front and parallel to VP. Draw the projections if the farthest face edge is at a height of 55mm above HP.


6. A pentagonal prism base edge 30mm and height 60mm is lying on a face edge which is parallel to both the planes. One face is inclined at 200 with HP and the axis is 40mm away from VP. Draw the projections. 

7. A square pyramid 60mm height and 40mm base edge is resting on its apex on HP. Draw the projections if the axis is at a distance of 45mm away from VP and the base edges are parallel to HP and equally inclined to VP. 

8. A hexagonal pyramid base edge 30mm and height 60mm is suspended in space in such a way that the base is parallel, nearer and 10mm above HP. Draw the FV, TV and RSV if one base edge is at 450 with VP and the apex ,50mm away from VP. 

9. A tetrahedron edge 40mm is resting on a face with an edge parallel to VP. Draw the FV and TV. 

10. A square pyramid with face edge and base edge 40mm is resting on its base on HP. Draw the projections when 

(a) All the base edges are equally inclined to VP 

(b) One base edge is perpendicular to VP. 

11. An octahedron of 40mm edge is resting on a corner with an axis perpendicular to HP. draw the projections when 

(a) All of its faces are equally inclined to VP 

(b) Some of the faces are perpendicular to VP. 

12. A cylinder height 60mm and base circle diameter 30 mm is in space touching the VP and the axis is perpendicular to HP. 
Draw the projections if the bottom base is at a height of 10mm above HP. 

13. A right circular cone 60mm height and base circle diameter 50mm is in space with the base parallel to HP. 

Draw the FV,LSV,TV if the apex is 80mm above HP and 40 mm in front of VP. 

14. A hexagonal pyramid of height 60mm and base edge 30mm is cut into 2 pieces along the axis and then it is perfectly joined with half the portion of a cone of same height.

Draw the projections if the farther base edge of the pyramid is inclined at 400 with VP.

15. A right circular cone base 5cm diameter and height 6cm rest symmetrically over a rectangular block 5cmx4cm base and 3 cm height. draw the projections 

16. A square slab of 60mm side and 15mm height is surmounted by another square slab of 45mm side and 24 mm height, on its top a right circular cone of diameter 40mm and height 60mm is placed. 

The axis of the solids is in a same vertical line. Draw the isometric view of solids. 

17. A triangular prism 30X70mm is resting on one of its longer edge on hp in such a way that its axis is parallel to both HP and VP. A tetrahedron of 25mm side is resting on the centre of the top rectangular face with one base edge parallel to VP. Draw the projection of the combination. 

18. A hemisphere of 40mm radius is placed on the top of a cube of edge 50mm in such a way that one point on the circumference of the hemisphere touches the centre of the top surface of cube and the circular face of hemisphere is parallel to HP. 

19. A frustum of a square pyramid, base edge 40mm, top edge 20mm and height 40mm is resting on HP with base edges equally incline to VP. A sphere of radius 25mm is resting on the centre of the top of the frustum. Draw the projections. 

20. Two spheres of diameter 50mm and 30mm are resting on HP. Touching each other; the line joining the centers of these spheres is inclined at 400 with VP. Draw the projections. 

21. Five identical spheres each 30mm diameter are arranged in pyramidal form such that each sphere is in contact with the other four. Draw the projections when the line joining the centers of any two adjacent bottom spheres is parallel to VP. 

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