projection of planes - plane inclined to both HP and VP (hexagon)

01.given, one corner resting on VP

02.given, one edge resting on VP

03.given, one corner resting on HP and opposite corner resting on VP ,

Ѳ + φ = 90⁰

projection of planes - plane inclined to both HP and VP (pentagon)

01.given, one corner resting on HP

02.given, one edge resting on HP

03.given, one edge resting on HP and opposite corner resting on VP ,

Ѳ + φ = 90⁰

projection of planes - surface inclined to HP or surface inclined to VP

01.given, pentagonal plane and surface inclined to HP

02.given, circular lamina and surface inclined to VP

projection of planes - plane lying on the HP or lying on VP

01.given, pentagonal plane lying on HP and one edge inclined to VP

02.given, hexagonal plane lying on VP and one edge is perpendicular to HP

03.given, triangular plane perpendicular to HP and one edge lying both in HP and VP

projection of lines - inclined to both HP and VP

01.given, line HP inclination and VP inclination

02.given, line HP inclination and VP inclination

03.given, line HP inclination + line VP inclination =

90⁰

04.given, line HP inclnation + line VP inclination =

90⁰

05.given, line HP inclination, line VP inclination and one end in VP

06.given, line HP inclination, line VP inclination and one end both in HP and VP

07.given, line HP inclination, line VP inclination and one end in HP and other end in VP

08.given, final top view of the line

09.given, final front view of the line

10.given, final front view of the line

11.given, final front view and final top view

12.given, final front view and final top view

13.given, four end locus position

14.given, distance between the end projectors

15.given, midpoint of the line position

projections of lines - parallel or perpendicular or inclined to one plane

projections of lines - parallel or perpendicular or inclined to one plane

projection of lines - parallel to VP and inclined to HP

projection of lines - parallel to VP and inclined to HP