(Scroll down to see the Answer of following question)
7. One end of a line AB (TL = 80 mm) is 10 mm below HP and 20 mm behind VP. The line is
inclined 300 to HP and 450 to VP. Draw the projections of line AB when it is in third
quadrant. (Nov 2014, M.U.)[old]
7. One end of a line AB (TL = 80 mm) is 10 mm below HP and 20 mm behind VP. The line is
inclined 300 to HP and 450 to VP. Draw the projections of line AB when it is in third
quadrant. (Nov 2014, M.U.)[old]
8. A line RS has its end R 10 mm above HP and 15 mm in front of VP. The line makes an angle
of 20° with HP and its plan measures 60 mm. End S is in second quadrant and is equidistance
from both the reference planes. Obtain projections of the line. Find inclination with VP and
TL. (Dec 2007, M.U.)
9. The projectors of the ends of a line AB are 50 mm apart. The end A is 20 mm above
horizontal plane (HP) and 30 mm in front of the vertical plane (VP). The end B is 10 mm
below HP and 40 mm behind VP. Determine the true length of line and its inclination with
HP. (Dec 2011, M.U.)[old]
10. The distance between end projectors of a line AB is 40 mm. The end point A is 15 mm above
the HP and 20 mm in front of the VP. The line is inclined 300 to the HP. Draw the projections
if the true length of the line is 80 mm. Find its inclination with the VP. Take end point in the
1st quadrant. (Nov. 2014, M.U.)[rev]
11. The plan of 100 mm line PQ measures 80 mm. Point P is 30 mm in front of VP and end Q 50
mm above HP. The end P is in 4th quadrant and end Q is in 2nd quadrant. The line is inclined
at 300 to VP. Draw its Projections. Also find its inclination with HP. (Dec 99, M.U.)
12. A line PQ 110 mm long has its plan and elevation lengths 80 mm and 90 mm long. One end P
is in HP and other end Q in VP. Assume the line is in the 3rd quadrant. Draw the projections
of line and find its inclination with the HP and VP. (May 11, M.U.)
13. End A of line AB is in 2nd quadrant; and is 40 mm and 15 mm from HP and VP respectively.
The line is inclined at 400 to both reference planes. Draw its projections when end B is in 3rd
quadrant and 45 mm from HP. Find its true length and distance of end B from VP. (July 02,
M.U.)
14. The end P of a straight line PQ, 120 mm long, is in the 2nd quadrant and 20 mm from both the
reference planes. End Q is in the 3rd quadrant. The line is inclined at 300 with the HP and the
distance between the end projectors measured parallel to the XY line is 80 mm. Draw the
projections. (May 08, M.U.)
15. The projectors of a line PQ measures 80 mm in the top view and 70 mm in the front view.
The mid-point of the line is 45 mm in front of VP and 35 mm above HP. End P is 10 mm in
front of VP and nearer to HP. Draw projections of line, find the true length and true
inclinations. (May 2012, M.U.)[old]
16. A line AB, 80 mm long is inclined at 450 to the HP and 300 to the VP. Its mid-point C is in the
VP and 15 mm above HP. The End A is in the 3rd quadrant and the end B is in 1st quadrant.
Draw the projections of line. (May 2008, M.U.)[old]
