Saturday, March 26, 2016

ENGINEERING DRAWING ASSIGNMENT (III MID) for all branches NREC on 26-03-2016 submit by 4th April, 2016

Assignment Questions:                 III MID                ENGINEERING DRAWING
1.    A right circular cylinder, base 50 mm diameter and axis 60 mm long, is standing on HP on its base. It has a square hole of size 25 in it. The axis of the hole bisects the axis of the cylinder and is perpendicular to the VP. The faces of the square hole are equally inclined with the HP. Draw its projections and develop lateral surface of the cylinder.

  1. A right circular cone base 30 mm side and height 50 mm rests on its base on H.P. It is cut by a section plane perpendicular to the V.P., inclined at 45º to the H.P. and bisecting the axis. Draw the projections of the truncated cone and develop its lateral surface.
  2. A square pyramid, base 40 mm side and axis 65 mm long, has its base on the HP and all the edges of the base equally inclined to the VP. It is cut by a section plane, perpendicular to the VP, inclined at 45º to the HP and bisecting the axis. Draw its sectional top view, sectional side view and true shape of the section. Also draw its development.
  3. A pentagonal pyramid , base 30mm side and axis 60 mm long is lying on one of its triangular faces on the HP with the axis parallel to the VP. A vertical section plane, whose HT bisects the top view of the axis and makes an angle of 30º with the reference line, cuts the pyramid removing its top part. Draw the top view, sectional front view and true shape of the section and development of the surface of the remaining portion of the pyramid.
  4.  A vertical cylinder of 60 mm diameter is penetrated  by another cylinder of 40mm diameter the axis of which is parallel to both HP and VP. The two axes are 9 mm apart. Draw the projection showing curves of intersection.
  5. A cone of base 60 mm diameter and axis 70 mm long stands vertically with its base on H.P. It is penetrated by a horizontal cylinder of 26 mm diameter. The axis of the cylinder is parallel to V.P., 20 mm above the base and 5 mm in front of the axis of the cone. Draw the projections of solids showing the curves of intersection.
  6. A frustum of hexagonal pyramid, base 40mm side, top 20 mm side and height 50 mm rests with its base on the Ground Plane such that one of the edges of its base is touching the PP. The station point is 40 mm infront of  PP, 75 mm above the GP and lies in a central plane which passes through the centre of the frustum. Draw the perspective view.
  7. A hexagonal plane of 25 mm side stands vertically on the ground plane and inclined at 50° to the picture plane. The corner nearest to picture plane is 20 mm behind it. The station point is 45 mm in front of the picture plane, 50 mm above the ground plane and lies in central plane which passes through the centre of the plane. Draw the perspective view of the plane.
  8. Draw the Isometric views of the following figures.
  9. Draw the three orthographic views of the following figures ( Front, Top & Side Views ) 

Tuesday, January 5, 2016

ENGINEERING DRAWING ASSIGNMENT


ENGINEERING DRAWING  ASSIGNMENT : (CSE – B & C, MECH, ECE – B) 22/12/2015

  • Submit the Assignment in Drawing Book before entering in to the Drawing Hall at the time of Exam  & Submit all the Drawing Sheets also.

ENGINEERING  DRAWING II MID EXAM:

            I CSE C: 20/01/2016 AN
            I CSE B: 21/01/2016 FN
            I MECH: 21/01/2016 AN
            I ECE B: 22/01/2016 AN

1. Draw the projections of the following points on the same ground line, keeping the projectors 20mm apart.
         (a) Point A in the VP and 40mm above HP.
         (b) Point B 25mm below the HP and 25mm behind the VP.
         (c) Point C 15mm above the HP and 50mm behind the VP.
         (d) Point D 40mm below the HP and 25mm infront of the VP.    
2.  A line AB of 100 mm length is inclined 300 to HP and 450 to VP. The point A is 15mm above HP  and 20mm infront of VP. Draw the projections of the line.
3. A room measures 8m long, 5m wide and 4m high.  An electric bulb hangs in the center of the ceiling and 1m below it. A thin straight wire connects the bulb to switch kept in one of a corner of the room and 1.25m above the floor. Draw the projections of the wire, also determine its true length and slope with the floor.
4. a). A 90 mm long line is parallel to and 25 mm in front of the V.P. It’s one end is in the H.P. while the other is 50 mm above the H.P. Draw it’s projections and find it’s inclination with the H.P.
b). The top view of a 75 mm long line measures 55 mm. The line is in the V.P. It’s one end being 25 mm above the H.P. Draw it’s projections.
5).  A semi circular plate of 80mm diameter has its straight edge in the V.P. and inclined at 600 to the H.P, the surface of the plate makes an angle of 300 with the V.P. Draw its projections.
6). A regular pentagon of 30mm side, has one of its corners on V.P. and its surface is inclined at 600 to the V.P. the edge, opposite to the corner on V.P. makes an angle of 450 with H.P. Draw the projections of the plane.
7). A regular hexagon of 40mm has a corner in the H.P. Its surface is inclined at 450 to the H.P. and the top view of the diagonal through the corner which is in the H.P. makes an angle of 600 in the V.P. Draw its projections.
8).  A pentagonal pyramid base 25mm side and axis 75mm long  has one of its triangular faces in the VP and the edge of the base contained by that face makes an angle of 300  with the HP Draw its projections.
9).  Draw the projections of a hexagonal prism of base 25mm and axis 60mm long, when it is resting on one of its corners of the base on H.P. The axis of the solid is inclined at 450 to the H.P.
10). A cone of base diameter 50mm and axis 70mm long rests with one of the points on the circumference of its base on H P. Its axis is inclined at 350 to HP and 450 to VP. Draw its projections

Tuesday, December 4, 2012

EDP QUESTION PAPER JUNE 2012


Orthographic Projections of Points & Lines:
projection-of-lines
ORTHOGRAPHIC PROJECTIONS OF POINTS:




ORTHOGRAPHIC PROJECTION OF LINES:





ORTHOGRAPHIC PROJECTIONS OF PLANES: