projection of solids - hexagonal prism (axis inlined to one plane and parallel to other plane)

01.given,base edge resting on HP,axis inclination to HP

02.given,base edge resting on HP,base inclination to HP

03.given,base corner resting on HP, axis inclination to HP

04.given,base corner resting on HP,base inclination to HP

05.given,longer edge resting on HP,axis inclination to VP

06.given,rectangular face resting on HP,axis inclination to VP

07.given,solid diagonal vertical

projection of solids - pentagonal prism (axis inlined to one plane and parallel to other plane)

01.given,base edge resting on HP, base inclined to HP

02.given,base corner resting on HP,base inclined to HP

03.given,longer edge resting on HP,axis inclined to VP

04.given,rectangular face resting on HP,axis inclined to VP

05.given,base edge resting on VP,axis inclined to VP

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

01.given, pentagonal plane,one edge resting both on HP and VP,surface equally inclined to both HP and VP

02.given, square plate, surface perpendicular to both HP and VP

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

01.given, diagonal 40 x 30 mm - method 1

02.given, diagonal 40 x 30 mm - method 2

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

01.given, one end of the diagonal touching HP

02.given, one end of the diagonal touching HP

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