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A line AB, 60mm long lies on both the HP and VP. Draw its projection. J1
X YAbove HP
HP Infront of VP
VP
Line on both HP & VP
A line AB, 60mm long lies on both the HP and VP. Draw its projection. J1
Line on both HP & VP
X YAbove HP
HP Infront of VP
VP
60
a' b'a b
FRONT VIEW
TOP VIEW
A line CD 50mm long has its end C, 15mm above HP and 25mm in front of VP. The line is kept parallel to both HP and VP. Draw its projections. J2
Line parallel to both HP & VP
X YAbove HP
HP Infront of VP
VP
A line CD 50mm long has its end C, 15mm above HP and 25mm in front of VP. The line is kept parallel to both HP and VP. Draw its projections. J2
Line parallel to both HP & VP
X YAbove HP
HP Infront of VP
VP 15
25
c'
c
A line CD 50mm long has its end C, 15mm above HP and 25mm in front of VP. The line is kept parallel to both HP and VP. Draw its projections. J2
Line parallel to both HP & VP
X YAbove HP
HP Infront of VP
VP 15
25
c'
c
d'
FRONT VIEW60
A line CD 50mm long has its end C, 15mm above HP and 25mm in front of VP. The line is kept parallel to both HP and VP. Draw its projections. J2
Line parallel to both HP & VP
X YAbove HP
HP Infront of VP
VP 15
25
C'
C
d'
FRONT VIEW60
A line CD 50mm long has its end C, 15mm above HP and 25mm in front of VP. The line is kept parallel to both HP and VP. Draw its projections. J2
Line parallel to both HP & VP
X YAbove HP
HP Infront of VP
VP 15
25
c'
c
d'
FRONT VIEW60
d
TOP VIEW60
A line EF 55mm long has its end E 15mm above HP and 25mm in front of VP. The line is kept perpendicular to HP and parallel to VP. Draw its projections. J3
Line parallel to VP & perpendicular to HP
X YAbove HP
HP Infront of VP
VP
A line EF 55mm long has its end E 15mm above HP and 25mm in front of VP. The line is kept perpendicular to HP and parallel to VP. Draw its projections. J3
Line parallel to VP & perpendicular to HP
X YAbove HP
HP Infront of VP
VP 15
25
A line EF 55mm long has its end E 15mm above HP and 25mm in front of VP. The line is kept perpendicular to HP and parallel to VP. Draw its projections. J3
Line parallel to VP & perpendicular to HP
X YAbove HP
HP Infront of VP
VP 15
25
f'
e'
FRONT VIEW
55
A line EF 55mm long has its end E 15mm above HP and 25mm in front of VP. The line is kept perpendicular to HP and parallel to VP. Draw its projections. J3
25
X YAbove HP
HP Infront of VP
VP 15
f'
e'
FRONT VIEW
55
f(e)
TOP VIEW
Line parallel to VP & perpendicular to HP
A line GH, 50mm long has its end G 20mm above HP and 25mm in front of VP. The line is kept perpendicular to VP and parallel to HP. Draw its projections. J4
Line parallel to HP & perpendicular to VP
X YAbove HP
HP Infront of VP
VP
A line GH, 50mm long has its end G 20mm above HP and 25mm in front of VP. The line is kept perpendicular to VP and parallel to HP. Draw its projections. J4
Line parallel to HP & perpendicular to VP
X YAbove HP
HP Infront of VP
VP20
25
A line GH, 50mm long has its end G 20mm above HP and 25mm in front of VP. The line is kept perpendicular to VP and parallel to HP. Draw its projections. J4
Line parallel to HP & perpendicular to VP
X YAbove HP
HP Infront of VP
VP20
25
g
h
TOP VIEW
50
A line GH, 50mm long has its end G 20mm above HP and 25mm in front of VP. The line is kept perpendicular to VP and parallel to HP. Draw its projections. J4
Line parallel to HP & perpendicular to VP
X YAbove HP
HP Infront of VP
VP20
25
g
h
TOP VIEW
50
h'(g')
FRONT VIEW
A line PQ 55mm long is lying on VP and inclined at 450 with the HP. The end P is 25mm above HP. Draw its projections. J5
Line lies on VP & Inclined to HP
X YAbove HP
HP Infront of VP
VP
A line PQ 55mm long is lying on VP and inclined at 450 with the HP. The end P is 25mm above HP. Draw its projections. J5
Line lies on VP & Inclined to HP
X YAbove HP
HP Infront of VP
VP25
p'
A line PQ 55mm long is lying on VP and inclined at 450 with the HP. The end P is 25mm above HP. Draw its projections. J5
Line lies on VP & Inclined to HP
X YAbove HP
HP Infront of VP
VP25
p'
55
45°
q'
FRONT VIEW
A line PQ 55mm long is lying on VP and inclined at 450 with the HP. The end P is 25mm above HP. Draw its projections. J5
Line lies on VP & Inclined to HP
X YAbove HP
HP Infront of VP
VP25
p'
55
45°
q'
FRONT VIEW
A line PQ 55mm long is lying on VP and inclined at 450 with the HP. The end P is 25mm above HP. Draw its projections. J5
Line lies on VP & Inclined to HP
X YAbove HP
HP Infront of VP
VP25
p'
55
45°
q'
FRONT VIEW
p q
TOP VIEW
39
pq-Reduced Lenght
A line PQ 55mm long, is lying on the HP and makes an angle of 350 with the VP. Its end P is 25mm in front of VP. Draw the projection of the line. J6
Line lies on HP & Inclined to VP
X YAbove HP
HP Infront of VP
VP
A line PQ 55mm long, is lying on the HP and makes an angle of 350 with the VP. Its end P is 25mm in front of VP. Draw the projection of the line. J6
Line lies on HP & Inclined to VP
X YAbove HP
HP Infront of VP
VP
25p
A line PQ 55mm long, is lying on the HP and makes an angle of 350 with the VP. Its end P is 25mm in front of VP. Draw the projection of the line. J6
Line lies on HP & Inclined to VP
X YAbove HP
HP Infront of VP
VP
25p
q
TOP VIEW
55
35°
A line PQ 55mm long, is lying on the HP and makes an angle of 350 with the VP. Its end P is 25mm in front of VP. Draw the projection of the line. J6
Line lies on HP & Inclined to VP
X YAbove HP
HP Infront of VP
VP
25p
q
TOP VIEW
55
35°
A line PQ 55mm long, is lying on the HP and makes an angle of 350 with the VP. Its end P is 25mm in front of VP. Draw the projection of the line. J6
Line lies on HP & Inclined to VP
X YAbove HP
HP Infront of VP
VP
25p
q
TOP VIEW
55
35°
p' q'
FRONT VIEW
45
P'q'-REDUCED LENGHT
A line PQ 50mm long has its end P 30mm above HP and 25mm in front of VP. The line is kept inclined at 400 to HP and parallel to VP. Draw its projections. J7
Line parallel to VP & Inclined to HP
X YAbove HP
HP Infront of VP
VP
A line PQ 50mm long has its end P 30mm above HP and 25mm in front of VP. The line is kept inclined at 400 to HP and parallel to VP. Draw its projections. J7
Line parallel to VP & Inclined to HP
X YAbove HP
HP Infront of VP
VP
30
25
p'
p
A line PQ 50mm long has its end P 30mm above HP and 25mm in front of VP. The line is kept inclined at 400 to HP and parallel to VP. Draw its projections. J7
Line parallel to VP & Inclined to HP
X YAbove HP
HP Infront of VP
VP
30
25
p'
p
50
40°
q'FRONT VIEW
A line PQ 50mm long has its end P 30mm above HP and 25mm in front of VP. The line is kept inclined at 400 to HP and parallel to VP. Draw its projections. J7
Line parallel to VP & Inclined to HP
X YAbove HP
HP Infront of VP
VP
30
25
p'
p
50
40°
q'FRONT VIEW
A line PQ 50mm long has its end P 30mm above HP and 25mm in front of VP. The line is kept inclined at 400 to HP and parallel to VP. Draw its projections. J7
Line parallel to VP & Inclined to HP
X YAbove HP
HP Infront of VP
VP
30
25
p'
p
50
40°
q'FRONT VIEW
38q
TOP VIEW pq-Reduced Lenght
A line PQ 50mm long has its end P 25mm above HP and 25mm in front of VP. The line is inclined at 450 to VP and parallel to HP. Draw its projections. J8
Line parallel to HP & Inclined to VP
X YAbove HP
HP Infront of VP
VP
A line PQ 50mm long has its end P 25mm above HP and 25mm in front of VP. The line is inclined at 450 to VP and parallel to HP. Draw its projections. J8
Line parallel to HP & Inclined to VP
X YAbove HP
HP Infront of VP
VP25
25
p'
p
A line PQ 50mm long has its end P 25mm above HP and 25mm in front of VP. The line is inclined at 450 to VP and parallel to HP. Draw its projections. J8
Line parallel to HP & Inclined to VP
X YAbove HP
HP Infront of VP
VP25
25
p'
p
50
45°
qTOP VIEW
A line PQ 50mm long has its end P 25mm above HP and 25mm in front of VP. The line is inclined at 450 to VP and parallel to HP. Draw its projections. J8
Line parallel to HP & Inclined to VP
X YAbove HP
HP Infront of VP
VP25
25
p'
p
50
45°
qTOP VIEW
A line PQ 50mm long has its end P 25mm above HP and 25mm in front of VP. The line is inclined at 450 to VP and parallel to HP. Draw its projections. J8
Line parallel to HP & Inclined to VP
X YAbove HP
HP Infront of VP
VP25
25
p'
p
50
45°
qTOP VIEW
q'FRONT VIEW
35p'q'-Reduced Lenght
A line PQ 65mm long has its end P, 20mm above HP and 30mm in front of VP. Its top view has a length of 45mm. Draw its projections and find the inclination of the line with HP. J9
Line parallel to VP & Inclined to HP
X YAbove HP
HP Infront of VP
VP
A line PQ 65mm long has its end P, 20mm above HP and 30mm in front of VP. Its top view has a length of 45mm. Draw its projections and find the inclination of the line with HP. J9
Line parallel to VP & Inclined to HP
X YAbove HP
HP Infront of VP
VP20
30
p'
p
A line PQ 65mm long has its end P, 20mm above HP and 30mm in front of VP. Its top view has a length of 45mm. Draw its projections and find the inclination of the line with HP. J9
Line parallel to VP & Inclined to HP
X YAbove HP
HP Infront of VP
VP20
30
p'
p 45q
TOP VIEW
A line PQ 65mm long has its end P, 20mm above HP and 30mm in front of VP. Its top view has a length of 45mm. Draw its projections and find the inclination of the line with HP. J9
Line parallel to VP & Inclined to HP
X YAbove HP
HP Infront of VP
VP20
30
p'
p 45q
TOP VIEW
A line PQ 65mm long has its end P, 20mm above HP and 30mm in front of VP. Its top view has a length of 45mm. Draw its projections and find the inclination of the line with HP. J9
Line parallel to VP & Inclined to HP
X YAbove HP
HP Infront of VP
VP20
30
p'
p 45q
TOP VIEW
65
q'FRONT VIEW
47°
A line PQ 60mm long has its end P 30mm above HP and 15mm in front of VP. Its front view has a length of 45mm. Draw the projections and find the inclination of the line with VP. J10
Line parallel to HP & Inclined to VP
X YAbove HP
HP Infront of VP
VP
A line PQ 60mm long has its end P 30mm above HP and 15mm in front of VP. Its front view has a length of 45mm. Draw the projections and find the inclination of the line with VP. J10
Line parallel to HP & Inclined to VP
X YAbove HP
HP Infront of VP
VP
p'
p
30
15
A line PQ 60mm long has its end P 30mm above HP and 15mm in front of VP. Its front view has a length of 45mm. Draw the projections and find the inclination of the line with VP. J10
Line parallel to HP & Inclined to VP
X YAbove HP
HP Infront of VP
VP
p'
p
30
15
q'
FRONT VIEW
45
A line PQ 60mm long has its end P 30mm above HP and 15mm in front of VP. Its front view has a length of 45mm. Draw the projections and find the inclination of the line with VP. J10
Line parallel to HP & Inclined to VP
X YAbove HP
HP Infront of VP
VP
p'
p
30
15
q'
FRONT VIEW
45
A line PQ 60mm long has its end P 30mm above HP and 15mm in front of VP. Its front view has a length of 45mm. Draw the projections and find the inclination of the line with VP. J10
Line parallel to HP & Inclined to VP
X YAbove HP
HP Infront of VP
VP
p'
p
30
15
q'
FRONT VIEW
45
42°
60
q
TOP VIEW
A line PQ has its end P 30mm above HP and 20mm in front of VP. It is inclined at 250 to VP and parallel to HP. Draw its projections, if the distance between the end projectors to be 55mm. Find the true length of the line also. J11
Line parallel to HP & Inclined to VP
X YAbove HP
HP Infront of VP
VP
A line PQ has its end P 30mm above HP and 20mm in front of VP. It is inclined at 250 to VP and parallel to HP. Draw its projections, if the distance between the end projectors to be 55mm. Find the true length of the line also. J11
Line parallel to HP & Inclined to VP
X YAbove HP
HP Infront of VP
VP
30
20
p'
p
A line PQ has its end P 30mm above HP and 20mm infront of VP. It is inclined at 250 to VP and parallel to HP. Draw its projections, if the distance between the end projectors to be 55mm. Find the true length of the line also. J11
Line parallel to HP & Inclined to VP
X YAbove HP
HP Infront of VP
VP
30
20
p'
p
q'
FRONT VIEW55
A line PQ has its end P 30mm above HP and 20mm in front of VP. It is inclined at 250 to VP and parallel to HP. Draw its projections, if the distance between the end projectors to be 55mm. Find the true length of the line also. J11
Line parallel to HP & Inclined to VP
X YAbove HP
HP Infront of VP
VP
30
20
p'
p
q'
FRONT VIEW55
A line PQ has its end P 30mm above HP and 20mm in front of VP. It is inclined at 250 to VP and parallel to HP. Draw its projections, if the distance between the end projectors to be 55mm. Find the true length of the line also. J11
Line parallel to HP & Inclined to VP
X YAbove HP
HP Infront of VP
VP
30
20
p'
p
q'
FRONT VIEW55
25°61
q
TOP VIEW
True Lenght=61mm
A line 70mm long has one end 15mm above HP and 30mm in front of VP. The line is inclined at 350 to HP and 450 to VP. Draw its projections of the line. J12
Line Inclined to both HP & VP-Rotating line method
X YAbove HP
HP Infront of VP
VP
A line 70mm long has one end 15mm above HP and 30mm in front of VP. The line is inclined at 350 to HP and 450 to VP. Draw its projections of the line. J12
Line Inclined to both HP & VP-Rotating line method
X YAbove HP
HP Infront of VP
VP 15
30
p'
p
A line 70mm long has one end 15mm above HP and 30mm in front of VP. The line is inclined at 350 to HP and 450 to VP. Draw its projections of the line. J12
Line Inclined to both HP & VP-Rotating line method
X YAbove HP
HP Infront of VP
VP 15
30
p'
p
Locus of P in FV
Locus of P in TV
A line 70mm long has one end 15mm above HP and 30mm in front of VP. The line is inclined at 350 to HP and 450 to VP. Draw its projections of the line. J12
Line Inclined to both HP & VP-Rotating line method
X YAbove HP
HP Infront of VP
VP 15
30
p'
p
Locus of P in FV
Locus of P in TV
70
70
35°
45°
q',
q
TL
TL
A line 70mm long has one end 15mm above HP and 30mm in front of VP. The line is inclined at 350 to HP and 450 to VP. Draw its projections of the line. J12
Line Inclined to both HP & VP-Rotating line method
X YAbove HP
HP Infront of VP
VP 15
30
p'
p
Locus of P in FV
Locus of P in TV
70
70
35°
45°
q',
q
Locus of Q in FV
Locus of Q in TV
TL
TL
A line 70mm long has one end 15mm above HP and 30mm in front of VP. The line is inclined at 350 to HP and 450 to VP. Draw its projections of the line. J12
Line Inclined to both HP & VP-Rotating line method
X YAbove HP
HP Infront of VP
VP 15
30
p'
p
Locus of P in FV
Locus of P in TV
70
70
35°
45°
q',
q
Locus of Q in FV
Locus of Q in TV
TL
TL
q,
A line 70mm long has one end 15mm above HP and 30mm in front of VP. The line is inclined at 350 to HP and 450 to VP. Draw its projections of the line. J12
Line Inclined to both HP & VP-Rotating line method
X YAbove HP
HP Infront of VP
VP 15
30
p'
p
Locus of P in FV
Locus of P in TV
70
70
35°
45°
q',
q
Locus of Q in FV
Locus of Q in TV
TL
TL
q,
A line 70mm long has one end 15mm above HP and 30mm in front of VP. The line is inclined at 350 to HP and 450 to VP. Draw its projections of the line. J12
Line Inclined to both HP & VP-Rotating line method
X YAbove HP
HP Infront of VP
VP 15
30
p'
p
Locus of P in FV
Locus of P in TV
70
70
35°
45°
q',
q
Locus of Q in FV
Locus of Q in TV
q'
q
54°
60°
FRONT VIEW
TOP VIEW
TL
TL
A line AB has its end A 15mm above HP and 10mm in front of VP. The end B is 55mm above HP and the line is inclined at 300 to HP. The distance between end projectors of the line, when measured parallel to the line of intersection of plane is 50mm. Draw the projections and find its inclination with VP. ST RA 13
Line Inclined to both HP & VP-Rotating line method
X YHP
VP Above HP
Infront of VP
A line AB has its end A 15mm above HP and 10mm in front of VP. The end B is 55mm above HP and the line is inclined at 300 to HP. The distance between end projectors of the line, when measured parallel to the line of intersection of plane is 50mm. Draw the projections and find its inclination with VP. ST RA 13
Line Inclined to both HP & VP-Rotating line method
X YHP
VP Above HP
Infront of VP
15
10
a'
a
A line AB has its end A 15mm above HP and 10mm in front of VP. The end B is 55mm above HP and the line is inclined at 300 to HP. The distance between end projectors of the line, when measured parallel to the line of intersection of plane is 50mm. Draw the projections and find its inclination with VP. ST RA 13
Line Inclined to both HP & VP-Rotating line method
X YHP
VP Above HP
Infront of VP
15
10
a'
a
55
Locus of B in FV
Locus of A in FV
Locus of A in TV
A line AB has its end A 15mm above HP and 10mm in front of VP. The end B is 55mm above HP and the line is inclined at 300 to HP. The distance between end projectors of the line, when measured parallel to the line of intersection of plane is 50mm. Draw the projections and find its inclination with VP. ST RA 13
Line Inclined to both HP & VP-Rotating line method
X YHP
VP Above HP
Infront of VP
15
10
a'
a
55
Locus of B in FV
End Projector
Locus of A in FV
Locus of A in TV
50
A line AB has its end A 15mm above HP and 10mm in front of VP. The end B is 55mm above HP and the line is inclined at 300 to HP. The distance between end projectors of the line, when measured parallel to the line of intersection of plane is 50mm. Draw the projections and find its inclination with VP. ST RA 13
Line Inclined to both HP & VP-Rotating line method
X YHP
VP Above HP
Infront of VP
15
10
a'
a
55
Locus of B in FV
End Projector
b'
FV
Locus of A in FV39°
Locus of A in TV
50
A line AB has its end A 15mm above HP and 10mm in front of VP. The end B is 55mm above HP and the line is inclined at 300 to HP. The distance between end projectors of the line, when measured parallel to the line of intersection of plane is 50mm. Draw the projections and find its inclination with VP. ST RA 13
Line Inclined to both HP & VP-Rotating line method
X YHP
VP Above HP
Infront of VP
15
10
a'
a
55
Locus of B in FV
End Projector
b'
FV
Locus of A in FV39°
b'1
TL 30°
Locus of A in TV
50
A line AB has its end A 15mm above HP and 10mm in front of VP. The end B is 55mm above HP and the line is inclined at 300 to HP. The distance between end projectors of the line, when measured parallel to the line of intersection of plane is 50mm. Draw the projections and find its inclination with VP. ST RA 13
Line Inclined to both HP & VP-Rotating line method
X YHP
VP Above HP
Infront of VP
15
10
a'
a
55
Locus of B in FV
End Projector
b'
FV
Locus of A in FV39°
b'1
TL 30°
Locus of A in TVb1
50
A line AB has its end A 15mm above HP and 10mm in front of VP. The end B is 55mm above HP and the line is inclined at 300 to HP. The distance between end projectors of the line, when measured parallel to the line of intersection of plane is 50mm. Draw the projections and find its inclination with VP. ST RA 13
Line Inclined to both HP & VP-Rotating line method
X YHP
VP Above HP
Infront of VP
15
10
a'
a
55
Locus of B in FV
End Projector
b'
FV
Locus of A in FV39°
b'1
TL 30°
Locus of A in TVb1
50
A line AB has its end A 15mm above HP and 10mm in front of VP. The end B is 55mm above HP and the line is inclined at 300 to HP. The distance between end projectors of the line, when measured parallel to the line of intersection of plane is 50mm. Draw the projections and find its inclination with VP. ST RA 13
Line Inclined to both HP & VP-Rotating line method
X YHP
VP Above HP
Infront of VP
15
10
a'
a
55
Locus of B in FV
End Projector
b'
FV
Locus of A in FV39°
b'1
TL 30°
Locus of A in TVb1
b
TV
50
A line AB has its end A 15mm above HP and 10mm in front of VP. The end B is 55mm above HP and the line is inclined at 300 to HP. The distance between end projectors of the line, when measured parallel to the line of intersection of plane is 50mm. Draw the projections and find its inclination with VP. ST RA 13
Line Inclined to both HP & VP-Rotating line method
X YHP
VP Above HP
Infront of VP
15
10
a'
a
55
Locus of B in FV
End Projector
b'
FV
Locus of A in FV39°
b'1
TL 30°
Locus of A in TVb1
b
TV
Locus of B in TV
50
43°
A line AB has its end A 15mm above HP and 10mm in front of VP. The end B is 55mm above HP and the line is inclined at 300 to HP. The distance between end projectors of the line, when measured parallel to the line of intersection of plane is 50mm. Draw the projections and find its inclination with VP. ST RA 13
Line Inclined to both HP & VP-Rotating line method
X YHP
VP Above HP
Infront of VP
15
10
a'
a
55
Locus of B in FV
End Projector
b'
FV
Locus of A in FV39°
b'1
TL 30°
Locus of A in TVb1
b
TV
Locus of B in TV
b'2
b2
TL43°
36°
a'b'=ab=TL=
50
The distance between end projectors passing through the end points is 50mm, the end A is 20mm above HP and 15mm in front of VP, the end B is 45mm in front of VP. The front view of the line AB measures 65mm. Draw the projections and find its true inclinations and true length . ST RA 17
Line Inclined to both HP & VP-Rotating line method
X YHP
VP Above HP
Infront of VP
The distance between end projectors passing through the end points is 50mm, the end A is 20mm above HP and 15mm in front of VP, the end B is 45mm in front of VP. The front view of the line AB measures 65mm. Draw the projections and find its true inclinations and true length . ST RA 17
Line Inclined to both HP & VP-Rotating line method
X YHP
VP Above HP
Infront of VP
20
15
a'
a
The distance between end projectors passing through the end points is 50mm, the end A is 20mm above HP and 15mm in front of VP, the end B is 45mm in front of VP. The front view of the line AB measures 65mm. Draw the projections and find its true inclinations and true length . ST RA 17
Line Inclined to both HP & VP-Rotating line method
X YHP
VP Above HP
Infront of VP
20
15
a'
a
Locus of A in FV
Locus of A in TV
The distance between end projectors passing through the end points is 50mm, the end A is 20mm above HP and 15mm in front of VP, the end B is 45mm in front of VP. The front view of the line AB measures 65mm. Draw the projections and find its true inclinations and true length . ST RA 17
Line Inclined to both HP & VP-Rotating line method
X YHP
VP Above HP
Infront of VP
20
15
a'
a
Locus of A in FV
Locus of A in TV45
Locus of B in TV
The distance between end projectors passing through the end points is 50mm, the end A is 20mm above HP and 15mm in front of VP, the end B is 45mm in front of VP. The front view of the line AB measures 65mm. Draw the projections and find its true inclinations and true length . ST RA 17
Line Inclined to both HP & VP-Rotating line method
X YHP
VP Above HP
Infront of VP
20
15
a'
a
Locus of A in FV
Locus of A in TV45
Locus of B in TV
50
End Projector
The distance between end projectors passing through the end points is 50mm, the end A is 20mm above HP and 15mm in front of VP, the end B is 45mm in front of VP. The front view of the line AB measures 65mm. Draw the projections and find its true inclinations and true length . ST RA 17
Line Inclined to both HP & VP-Rotating line method
X YHP
VP Above HP
Infront of VP
20
15
a'
a
Locus of A in FV
Locus of A in TV45
Locus of B in TV
50
End Projector
b
TV
The distance between end projectors passing through the end points is 50mm, the end A is 20mm above HP and 15mm in front of VP, the end B is 45mm in front of VP. The front view of the line AB measures 65mm. Draw the projections and find its true inclinations and true length . ST RA 17
Line Inclined to both HP & VP-Rotating line method
X YHP
VP Above HP
Infront of VP
20
15
a'
a
Locus of A in FV
Locus of A in TV45
Locus of B in TV
50
End Projector
b
TV
b'
FV65
The distance between end projectors passing through the end points is 50mm, the end A is 20mm above HP and 15mm in front of VP, the end B is 45mm in front of VP. The front view of the line AB measures 65mm. Draw the projections and find its true inclinations and true length . ST RA 17
Line Inclined to both HP & VP-Rotating line method
X YHP
VP Above HP
Infront of VP
20
15
a'
a
Locus of A in FV
Locus of A in TV45
Locus of B in TV
50
End Projector
b
TV
b'
FV65
Locus of B in FV
The distance between end projectors passing through the end points is 50mm, the end A is 20mm above HP and 15mm in front of VP, the end B is 45mm in front of VP. The front view of the line AB measures 65mm. Draw the projections and find its true inclinations and true length . ST RA 17
Line Inclined to both HP & VP-Rotating line method
X YHP
VP Above HP
Infront of VP
20
15
a'
a
Locus of A in FV
Locus of A in TV45
Locus of B in TV
50
End Projector
b
TV
b'
FV65
Locus of B in FVb'1
b2
TL
TL
b'2
b1
The distance between end projectors passing through the end points is 50mm, the end A is 20mm above HP and 15mm in front of VP, the end B is 45mm in front of VP. The front view of the line AB measures 65mm. Draw the projections and find its true inclinations and true length . ST RA 17
Line Inclined to both HP & VP-Rotating line method
X YHP
VP Above HP
Infront of VP
20
15
a'
a
Locus of A in FV
Locus of A in TV45
Locus of B in TV
End Projector
b
TV
b'
FV65
Locus of B in FVb'1
b'2
b2
b1
TL
TL
39°35°
31°25°
TV=TL=
50
The distance between end projectors passing through the end points is 50mm, the end A is 20mm above HP and 15mm in front of VP, the end B is 45mm in front of VP. The front view of the line AB measures 65mm. Draw the projections and find its true inclinations and true length . ST RA T 17
Line Inclined to both HP & VP- Trapezoidal plane method
X YHP
VP Above HP
Infront of VP
a'
a 45
b
b'
50
OO1 2
FV
TV
The distance between end projectors passing through the end points is 50mm, the end A is 20mm above HP and 15mm in front of VP, the end B is 45mm in front of VP. The front view of the line AB measures 65mm. Draw the projections and find its true inclinations and true length . ST RA T 17
Line Inclined to both HP & VP- Trapezoidal plane method
X YHP
VP Above HP
Infront of VP
a'
a 45
b
b'
50
OO1 2
B2
A2
= O1aa'A2
B2 b'=O2b
FV
TV
The distance between end projectors passing through the end points is 50mm, the end A is 20mm above HP and 15mm in front of VP, the end B is 45mm in front of VP. The front view of the line AB measures 65mm. Draw the projections and find its true inclinations and true length . ST RA T 17
Line Inclined to both HP & VP- Trapezoidal plane method
X YHP
VP Above HP
Infront of VP
a'
a 45
b
b'
50
OO1 2
B2
A2
= O1aa'A2
B2 b'=O2b
A2B2TL=
FV
TV
TL
The distance between end projectors passing through the end points is 50mm, the end A is 20mm above HP and 15mm in front of VP, the end B is 45mm in front of VP. The front view of the line AB measures 65mm. Draw the projections and find its true inclinations and true length . ST RA T 17
Line Inclined to both HP & VP- Trapezoidal plane method
X YHP
VP Above HP
Infront of VP
a'
a 45
b
b'
50
OO1 2
B2
A2
= O1aa'A2
B2 b'=O2b
A2B2TL=
25° FV
TV
TL
The distance between end projectors passing through the end points is 50mm, the end A is 20mm above HP and 15mm in front of VP, the end B is 45mm in front of VP. The front view of the line AB measures 65mm. Draw the projections and find its true inclinations and true length . ST RA T 17
Line Inclined to both HP & VP- Trapezoidal plane method
X YHP
VP Above HP
Infront of VP
a'
a 45
b
b'
50
OO1 2
B2
A2
= O1aa'A2
B2 b'=O2b
A2B2TL=
25°
A
B
1
1
aA1=O1a'
bB1=O2 b'
FV
TV
TL
The distance between end projectors passing through the end points is 50mm, the end A is 20mm above HP and 15mm in front of VP, the end B is 45mm in front of VP. The front view of the line AB measures 65mm. Draw the projections and find its true inclinations and true length . ST RA T 17
Line Inclined to both HP & VP- Trapezoidal plane method
X YHP
VP Above HP
Infront of VP
a'
a 45
b
b'
50
OO1 2
B2
A2
= O1aa'A2
B2 b'=O2b
A2B2TL=
25°
A
B
1
1
a A1=O1a'
bB1=O2 b'
TL=
A1
A1B1
FV
TV
TL
TL
The distance between end projectors passing through the end points is 50mm, the end A is 20mm above HP and 15mm in front of VP, the end B is 45mm in front of VP. The front view of the line AB measures 65mm. Draw the projections and find its true inclinations and true length . ST RA T 17
Line Inclined to both HP & VP- Trapezoidal plane method
X YHP
VP Above HP
Infront of VP
a'
a 45
b
b'
50
OO1 2
B2
A2
= O1aa'A2
B2 b'=O2b
A2B2TL=
25°
A
B
1
1
aA1=O1a'
bB1=O2 b'
TL=
A1
A1B1
34°
FV
TV
TL
TL
The end P of a line PQ is in the HP and 40mm in front of VP. The end Q is in VP. The front view of the line makes an angle of 400 with XY and has a length of 85mm. Draw the projections ST RA 25
Line Inclined to both HP & VP- Rotating Line method
X YHP
VP Above HP
Infront of VP
The end P of a line PQ is in the HP and 40mm in front of VP. The end Q is in VP. The front view of the line makes an angle of 400 with XY and has a length of 85mm. Draw the projections ST RA 25
Line Inclined to both HP & VP- Rotating Line method
X YHP
VP Above HP
Infront of VP
40
p'
p
The end P of a line PQ is in the HP and 40mm in front of VP. The end Q is in VP. The front view of the line makes an angle of 400 with XY and has a length of 85mm. Draw the projections ST RA 25
Line Inclined to both HP & VP- Rotating Line method
X YHP
VP Above HP
Infront of VP
40
p'
p
q'
85
40°
FV
The end P of a line PQ is in the HP and 40mm in front of VP. The end Q is in VP. The front view of the line makes an angle of 400 with XY and has a length of 85mm. Draw the projections ST RA 25
Line Inclined to both HP & VP- Rotating Line method
X YHP
VP Above HP
Infront of VP
40
p'
p
q'
85
40° q
The end P of a line PQ is in the HP and 40mm in front of VP. The end Q is in VP. The front view of the line makes an angle of 400 with XY and has a length of 85mm. Draw the projections ST RA 25
Line Inclined to both HP & VP- Rotating Line method
X YHP
VP Above HP
Infront of VP
40
p'
p
q'
85
40° q
32°
FV
TV
The end P of a line PQ is in the HP and 40mm in front of VP. The end Q is in VP. The front view of the line makes an angle of 400 with XY and has a length of 85mm. Draw the projections ST RA 25
Line Inclined to both HP & VP- Rotating Line method
X YHP
VP Above HP
Infront of VP
40
p'
p
q'
85
40° q
32°
FV
TV
Locus of Q in FV
Locus of Q in TV
The end P of a line PQ is in the HP and 40mm in front of VP. The end Q is in VP. The front view of the line makes an angle of 400 with XY and has a length of 85mm. Draw the projections ST RA 25
Line Inclined to both HP & VP- Rotating Line method
X YHP
VP Above HP
Infront of VP
40
p'
p
q'
85
40° q
32°
FV
TV
Locus of Q in FV
Locus of Q in TV
q'2
q2
TL
The end P of a line PQ is in the HP and 40mm in front of VP. The end Q is in VP. The front view of the line makes an angle of 400 with XY and has a length of 85mm. Draw the projections ST RA 25
Line Inclined to both HP & VP- Rotating Line method
X YHP
VP Above HP
Infront of VP
40
p'
p
q'
85
40° q
32°
FV
TV
Locus of Q in FV
Locus of Q in TV
q'2
q2
TL
q1
q'1
The end P of a line PQ is in the HP and 40mm in front of VP. The end Q is in VP. The front view of the line makes an angle of 400 with XY and has a length of 85mm. Draw the projections ST RA 25
Line Inclined to both HP & VP- Rotating Line method
X YHP
VP Above HP
Infront of VP
40
p'
p
q'
85
40° q
32°
FV
TV
Locus of Q in FV
Locus of Q in TV
q'2
q2
TL
q1
q'1
TL
36°
25°
The mid point M of a line AB is 35mm above HP and 45mm in front of VP. The top view of the line is 80mm and the front view measures 70mm. One end A is 10mm in front of and nearer to VP. The other end B is nearer to HP. Draw its projections. ST RA 26
Line Inclined to both HP & VP- Mid Point Problem
X YHP
VP Above HP
Infront of VP
The mid point M of a line AB is 35mm above HP and 45mm in front of VP. The top view of the line is 80mm and the front view measures 70mm. One end A is 10mm in front of and nearer to VP. The other end B is nearer to HP. Draw its projections. ST RA 26
Line Inclined to both HP & VP- Mid Point Problem
X YHP
VP Above HP
Infront of VP
m'
m
35
45
The mid point M of a line AB is 35mm above HP and 45mm in front of VP. The top view of the line is 80mm and the front view measures 70mm. One end A is 10mm in front of and nearer to VP. The other end B is nearer to HP. Draw its projections. ST RA 26
Line Inclined to both HP & VP- Mid Point Problem
X YHP
VP Above HP
Infront of VP
m'
m
35
45
10 a
The mid point M of a line AB is 35mm above HP and 45mm in front of VP. The top view of the line is 80mm and the front view measures 70mm. One end A is 10mm in front of and nearer to VP. The other end B is nearer to HP. Draw its projections. ST RA 26
Line Inclined to both HP & VP- Mid Point Problem
X YHP
VP Above HP
Infront of VP
m'
m
10 a
Locus of M in FV
Locus of M in TV
Locus of A in TV
35
45
The mid point M of a line AB is 35mm above HP and 45mm in front of VP. The top view of the line is 80mm and the front view measures 70mm. One end A is 10mm in front of and nearer to VP. The other end B is nearer to HP. Draw its projections. ST RA 26
Line Inclined to both HP & VP- Mid Point Problem
X YHP
VP Above HP
Infront of VP
m'
m
10 a
Locus of M in FV
Locus of M in TV
Locus of A in TV
b
40
ab=80mm
Locus of B in TV
35
45
The mid point M of a line AB is 35mm above HP and 45mm in front of VP. The top view of the line is 80mm and the front view measures 70mm. One end A is 10mm in front of and nearer to VP. The other end B is nearer to HP. Draw its projections. ST RA 26
Line Inclined to both HP & VP- Mid Point Problem
X YHP
VP Above HP
Infront of VP
m'
m
10 a
Locus of M in FV
Locus of M in TV
Locus of A in TV
b
40
ab=80mm
Locus of B in TV
35
45
The mid point M of a line AB is 35mm above HP and 45mm in front of VP. The top view of the line is 80mm and the front view measures 70mm. One end A is 10mm in front of and nearer to VP. The other end B is nearer to HP. Draw its projections. ST RA 26
Line Inclined to both HP & VP- Mid Point Problem
X YHP
VP Above HP
Infront of VP
m'
m
10 a
Locus of M in FV
Locus of M in TV
Locus of A in TV
b
40
ab=80mm
Locus of B in TV
35a'b'=70mm a'
b'
35
45
The mid point M of a line AB is 35mm above HP and 45mm in front of VP. The top view of the line is 80mm and the front view measures 70mm. One end A is 10mm in front of and nearer to VP. The other end B is nearer to HP. Draw its projections. ST RA 26
Line Inclined to both HP & VP- Mid Point Problem
X YHP
VP Above HP
Infront of VP
m'
m
10 a
Locus of M in FV
Locus of M in TV
Locus of A in TV
b
40
ab=80mm
Locus of B in TV
35a'b'=70mm a'
b'
Locus of A in Fv
Locus of B in FV35
45
The mid point M of a line AB is 35mm above HP and 45mm in front of VP. The top view of the line is 80mm and the front view measures 70mm. One end A is 10mm in front of and nearer to VP. The other end B is nearer to HP. Draw its projections. ST RA 26
Line Inclined to both HP & VP- Mid Point Problem
X YHP
VP Above HP
Infront of VP
m'
m
10 a
Locus of M in FV
Locus of M in TV
Locus of A in TV
b
40
ab=80mm
Locus of B in TV
35a'b'=70mm a'
b'
Locus of A in Fv
Locus of B in FV35
45
The mid point M of a line AB is 35mm above HP and 45mm in front of VP. The top view of the line is 80mm and the front view measures 70mm. One end A is 10mm in front of and nearer to VP. The other end B is nearer to HP. Draw its projections. ST RA 26
Line Inclined to both HP & VP- Mid Point Problem
X YHP
VP Above HP
Infront of VP
m'
m
10 a
Locus of M in FV
Locus of M in TV
Locus of A in TV
b
40
ab=80mm
Locus of B in TV
35a'b'=70mm a'
b'
Locus of A in Fv
Locus of B in FV
a2
a'2
35
45
The mid point M of a line AB is 35mm above HP and 45mm in front of VP. The top view of the line is 80mm and the front view measures 70mm. One end A is 10mm in front of and nearer to VP. The other end B is nearer to HP. Draw its projections. ST RA 26
Line Inclined to both HP & VP- Mid Point Problem
X YHP
VP Above HP
Infront of VP
m'
m
10 a
Locus of M in FV
Locus of M in TV
Locus of A in TV
b
40
ab=80mm
Locus of B in TV
35a'b'=70mm a'
b'
Locus of A in Fv
Locus of B in FV
a2
a'2
b'2
TL=a'2b'2
35
45
The mid point M of a line AB is 35mm above HP and 45mm in front of VP. The top view of the line is 80mm and the front view measures 70mm. One end A is 10mm in front of and nearer to VP. The other end B is nearer to HP. Draw its projections. ST RA 26
Line Inclined to both HP & VP- Mid Point Problem
X YHP
VP Above HP
Infront of VP
m'
m
10 a
Locus of M in FV
Locus of M in TV
Locus of A in TV
b
40
ab=80mm
Locus of B in TV
35a'b'=70mm a'
b'
Locus of A in Fv
Locus of B in FV
a2
a'2
b'2
TL=a'2b'2
b'1
b1
35
45
The mid point M of a line AB is 35mm above HP and 45mm in front of VP. The top view of the line is 80mm and the front view measures 70mm. One end A is 10mm in front of and nearer to VP. The other end B is nearer to HP. Draw its projections. ST RA 26
Line Inclined to both HP & VP- Mid Point Problem
X YHP
VP Above HP
Infront of VP
m'
m
10 a
Locus of M in FV
Locus of M in TV
Locus of A in TV
b
40ab=80mm
Locus of B in TV
35a'b'=70mm a'
b'
Locus of A in Fv
Locus of B in FV
a2
a'2
b'2
TL=a'2b'2
b'1
b1
a1
a1b1TL=
35° 53°
44°58°
The line RS 80mm long has its end R 20mm above HP and 30mm in front of VP. The TV and FV are 50mm & 65mm. Draw its projections. ST RA 31
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
The line RS 80mm long has its end R 20mm above HP and 30mm in front of VP. The TV and FV are 50mm & 65mm. Draw its projections. ST RA 31
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
20
30
r'
r
The line RS 80mm long has its end R 20mm above HP and 30mm in front of VP. The TV and FV are 50mm & 65mm. Draw its projections. ST RA 31
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
20
30
r'
r
Locus of R in FV
Locus of R in TV
The line RS 80mm long has its end R 20mm above HP and 30mm in front of VP. The TV and FV are 50mm & 65mm. Draw its projections. ST RA 31
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
20
30
r'
r
Locus of R in FV
Locus of R in TV
50
65
O
O
1
2
The line RS 80mm long has its end R 20mm above HP and 30mm in front of VP. The TV and FV are 50mm & 65mm. Draw its projections. ST RA 31
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
20
30
r'
r
Locus of R in FV
Locus of R in TV
50
65
O
O
1
2
s1
The line RS 80mm long has its end R 20mm above HP and 30mm in front of VP. The TV and FV are 50mm & 65mm. Draw its projections. ST RA 31
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
20
30
r'
r
Locus of R in FV
Locus of R in TV
50
65
O
O
1
2
s1
s'2
The line RS 80mm long has its end R 20mm above HP and 30mm in front of VP. The TV and FV are 50mm & 65mm. Draw its projections. ST RA 31
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
20
30
r'
r
Locus of R in FV
Locus of R in TV
50
65
O
O
1
2
s1
s'2
s'1
s2
TL
TL
The line RS 80mm long has its end R 20mm above HP and 30mm in front of VP. The TV and FV are 50mm & 65mm. Draw its projections. ST RA 31
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
20
30
r'
r
Locus of R in FV
Locus of R in TV
50
65
O
O
1
2
s1
s'2
s'1
s2
TL
TL
Locus of S in FV
Locus of S in TV
The line RS 80mm long has its end R 20mm above HP and 30mm in front of VP. The TV and FV are 50mm & 65mm. Draw its projections. ST RA 31
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
20
30
r'
r
Locus of R in FV
Locus of R in TV
50
65
O
O
1
2
s1
s'2
s'1
s2
TL
TL
Locus of S in FV
Locus of S in TV
The line RS 80mm long has its end R 20mm above HP and 30mm in front of VP. The TV and FV are 50mm & 65mm. Draw its projections. ST RA 31
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
20
30
r'
r
Locus of R in FV
Locus of R in TV
50
65
O
O
1
2
s1
s'2
s'1
s2
TL
TL
Locus of S in FV
Locus of S in TV
s'
s
FV
TV
73° 51°
36°68°
One end of a line 70mm long, is 20mm above HP and 25mm in front of VP. The line is inclined at 500 to HP and 300 to VP. Draw its projections and mark the point A on it, which is 35mm away from one end of the line. J13
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
One end of a line 70mm long, is 20mm above HP and 25mm in front of VP. The line is inclined at 500 to HP and 300 to VP. Draw its projections and mark the point A on it, which is 35mm away from one end of the line. J13
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
20
25
p'
p
One end of a line 70mm long, is 20mm above HP and 25mm in front of VP. The line is inclined at 500 to HP and 300 to VP. Draw its projections and mark the point A on it, which is 35mm away from one end of the line. J13
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
20
25
p'
p
Locus of P in FV
Locus of P in TV
One end of a line 70mm long, is 20mm above HP and 25mm in front of VP. The line is inclined at 500 to HP and 300 to VP. Draw its projections and mark the point A on it, which is 35mm away from one end of the line. J13
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
20
25
p'
p
Locus of P in FV
Locus of P in TV
50°
30°
70
70
q'1
q2
One end of a line 70mm long, is 20mm above HP and 25mm in front of VP. The line is inclined at 500 to HP and 300 to VP. Draw its projections and mark the point A on it, which is 35mm away from one end of the line. J13
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
20
25
p'
p
Locus of P in FV
Locus of P in TV
50°
30°
70
70
Locus of Q in FV
Locus of Q in TV
q'1
q2
One end of a line 70mm long, is 20mm above HP and 25mm in front of VP. The line is inclined at 500 to HP and 300 to VP. Draw its projections and mark the point A on it, which is 35mm away from one end of the line. J13
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
20
25
p'
p
Locus of P in FV
Locus of P in TV
50°
30°
70
70
Locus of Q in FV
Locus of Q in TV
q'
q
2
2
q'1
q1
One end of a line 70mm long, is 20mm above HP and 25mm in front of VP. The line is inclined at 500 to HP and 300 to VP. Draw its projections and mark the point A on it, which is 35mm away from one end of the line. J13
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
20
25
p'
p
Locus of P in FV
Locus of P in TV
50°
30°
70
70
Locus of Q in FV
Locus of Q in TV
q'q'1
q q2
q
q'2
1
One end of a line 70mm long, is 20mm above HP and 25mm in front of VP. The line is inclined at 500 to HP and 300 to VP. Draw its projections and mark the point A on it, which is 35mm away from one end of the line. J13
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
20
25
p'
p
Locus of P in FV
Locus of P in TV
50°
30°
70
70
Locus of Q in FV
Locus of Q in TV
q'
q
p'q'-FRONT VIEW
pq-TOP VIEW
60°
49°
p'q'=
pq=
q'1
q'2
q2
q1
One end of a line 70mm long, is 20mm above HP and 25mm in front of VP. The line is inclined at 500 to HP and 300 to VP. Draw its projections and mark the point A on it, which is 35mm away from one end of the line. J13
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
20
25
p'
p
Locus of P in FV
Locus of P in TV
50°
30°
70
70
Locus of Q in FV
Locus of Q in TV
q'
q
p'q'-FRONT VIEW
pq-TOP VIEW
60°
49°
p'q'=
pq=
q'
a'
1
1
q1
q2
a1
q'2
One end of a line 70mm long, is 20mm above HP and 25mm in front of VP. The line is inclined at 500 to HP and 300 to VP. Draw its projections and mark the point A on it, which is 35mm away from one end of the line. J13
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
20
25
p'
p
Locus of P in FV
Locus of P in TV
50°
30°
70
70
Locus of Q in FV
Locus of Q in TV
q'
q
p'q'-FRONT VIEW
pq-TOP VIEW
60°
49°
p'q'=
pq=
q'
a'
qa
1
1
11
q2
a'
a
35
q'2
A line PQ 60mm long has its end P 20mm above HP and 10mm in front of VP. The line is inclined at 400 to HP and 500 to VP. Draw its projections. J14
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
A line PQ 60mm long has its end P 20mm above HP and 10mm in front of VP. The line is inclined at 400 to HP and 500 to VP. Draw its projections. J14
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
20
10
p'
p
A line PQ 60mm long has its end P 20mm above HP and 10mm in front of VP. The line is inclined at 400 to HP and 500 to VP. Draw its projections. J14
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
20
10
p'
p
Locus of P in FV
Locus of P in TV
A line PQ 60mm long has its end P 20mm above HP and 10mm in front of VP. The line is inclined at 400 to HP and 500 to VP. Draw its projections. J14
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
20
10
p'
p
Locus of P in FV
Locus of P in TV
q'1
q2
40°
50°
60
60
A line PQ 60mm long has its end P 20mm above HP and 10mm in front of VP. The line is inclined at 400 to HP and 500 to VP. Draw its projections. J14
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
20
10
p'
p
Locus of P in FV
Locus of P in TV
q'1
q2
40°
50°
60
60
Locus of Q in FV
Locus of Q in TV
A line PQ 60mm long has its end P 20mm above HP and 10mm in front of VP. The line is inclined at 400 to HP and 500 to VP. Draw its projections. J14
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
20
10
p'
p
Locus of P in FV
Locus of P in TV
q'1
q2
40°
50°
60
60
Locus of Q in FV
Locus of Q in TV
q'
q1
2
A line PQ 60mm long has its end P 20mm above HP and 10mm in front of VP. The line is inclined at 400 to HP and 500 to VP. Draw its projections. J14
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
20
10
p'
p
Locus of P in FV
Locus of P in TV
q'1
q2
40°
50°
60
60
Locus of Q in FV
Locus of Q in TV
q'
q1
2
A line PQ 60mm long has its end P 20mm above HP and 10mm in front of VP. The line is inclined at 400 to HP and 500 to VP. Draw its projections. J14
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
20
10
p'
p
Locus of P in FV
Locus of P in TV
q'1
q2
40°
50°
60
60
Locus of Q in FV
Locus of Q in TV
q'
q1
2
q'
q
A straight line PQ is inclined at 450 to HP and 350 to VP.The point P is on HP and the point Q is on VP. The length of the line is 60mm. Draw its projections. J15
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
A straight line PQ is inclined at 450 to HP and 350 to VP.The point P is on HP and the point Q is on VP. The length of the line is 60mm. Draw its projections. J15
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
45°
60
p'
q'1
A straight line PQ is inclined at 450 to HP and 350 to VP.The point P is on HP and the point Q is on VP. The length of the line is 60mm. Draw its projections. J15
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
45°
60
p'
q'1
q1TV
A straight line PQ is inclined at 450 to HP and 350 to VP.The point P is on HP and the point Q is on VP. The length of the line is 60mm. Draw its projections. J15
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
45°
60
p'
q'1
q1TV 35°
60
q
p2
A straight line PQ is inclined at 450 to HP and 350 to VP.The point P is on HP and the point Q is on VP. The length of the line is 60mm. Draw its projections. J15
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
45°
60
p'
q'1
q1TV 35°
60
q
p2
p'2FV
A straight line PQ is inclined at 450 to HP and 350 to VP.The point P is on HP and the point Q is on VP. The length of the line is 60mm. Draw its projections. J15
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
45°
60
p'
q'1
q1TV 35°
60
q
p2
p'2FV
Locus of Q in FV
Locus of P in TV
A straight line PQ is inclined at 450 to HP and 350 to VP.The point P is on HP and the point Q is on VP. The length of the line is 60mm. Draw its projections. J15
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
45°
60
p'
q'1
q1TV 35°
60
q
p2
p'2FV
Locus of Q in FV
Locus of P in TV
p'
q'
FV
A straight line PQ is inclined at 450 to HP and 350 to VP.The point P is on HP and the point Q is on VP. The length of the line is 60mm. Draw its projections. J15
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
45°
60
p'
q'1
q1TV 35°
60
q
p2
p'2FV
Locus of Q in FV
Locus of P in TV
p'
q'
FV
A straight line PQ is inclined at 450 to HP and 350 to VP.The point P is on HP and the point Q is on VP. The length of the line is 60mm. Draw its projections. J15
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
45°
60
p'
q'1
q1TV 35°
60
q
p2
p'2FV
Locus of Q in FV
Locus of P in TV
p'
q'
FV
p
q
TV
A line PQ 75mm long has its end P 20mm above HP and 25mm in front of VP. The end Q is 50mm above HP and 60mm in front of VP. Draw its projection and find its inclination with HP and VP. J16
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
A line PQ 75mm long has its end P 20mm above HP and 25mm in front of VP. The end Q is 50mm above HP and 60mm in front of VP. Draw its projection and find its inclination with HP and VP. J16
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
20
25
p'
p
A line PQ 75mm long has its end P 20mm above HP and 25mm in front of VP. The end Q is 50mm above HP and 60mm in front of VP. Draw its projection and find its inclination with HP and VP. J16
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
20
25
p'
p
Locus of P in FV
Locus of P in TV
A line PQ 75mm long has its end P 20mm above HP and 25mm in front of VP. The end Q is 50mm above HP and 60mm in front of VP. Draw its projection and find its inclination with HP and VP. J16
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
20
25
p'
p
Locus of P in FV
Locus of P in TV
Locus of Q in FV
Locus of Q in TV
50
60
A line PQ 75mm long has its end P 20mm above HP and 25mm in front of VP. The end Q is 50mm above HP and 60mm in front of VP. Draw its projection and find its inclination with HP and VP. J16
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
20
25
p'
p
Locus of P in FV
Locus of P in TV
Locus of Q in FV
Locus of Q in TV
50
60
75
75
q'1
q2
A line PQ 75mm long has its end P 20mm above HP and 25mm in front of VP. The end Q is 50mm above HP and 60mm in front of VP. Draw its projection and find its inclination with HP and VP. J16
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
20
25
p'
p
Locus of P in FV
Locus of P in TV
Locus of Q in FV
Locus of Q in TV
50
60
75
75
q'1
q2
q1
q'2
A line PQ 75mm long has its end P 20mm above HP and 25mm in front of VP. The end Q is 50mm above HP and 60mm in front of VP. Draw its projection and find its inclination with HP and VP. J16
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
20
25
p'
p
Locus of P in FV
Locus of P in TV
Locus of Q in FV
Locus of Q in TV
50
60
75
75
q'1
q2
q1
q'2
A line PQ 75mm long has its end P 20mm above HP and 25mm in front of VP. The end Q is 50mm above HP and 60mm in front of VP. Draw its projection and find its inclination with HP and VP. J16
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
20
25
p'
p
Locus of P in FV
Locus of P in TV
Locus of Q in FV
Locus of Q in TV
50
60
75
75
q'1
q2
q1
q'2
q'
q
23°27°
28°31°
The mid point of a line PQ 70mm long, is 25mm above HP and 40mm in front of VP. It is inclined at 350 to HP and 450 to VP. Draw its projections. J21
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
The mid point of a line PQ 70mm long, is 25mm above HP and 40mm in front of VP. It is inclined at 350 to HP and 450 to VP. Draw its projections. J21
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
25
40
m'
m
The mid point of a line PQ 70mm long, is 25mm above HP and 40mm in front of VP. It is inclined at 350 to HP and 450 to VP. Draw its projections. J21
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
25
40
m'
m
Locus of P in Fv
Locus of Q in Fv
Locus of M in Fv
Locus of P in TV
Locus of Q in TV
Locus of M in TV
35°
45°
p'
q'
1
1
p2
q2
35
35
The mid point of a line PQ 70mm long, is 25mm above HP and 40mm in front of VP. It is inclined at 350 to HP and 450 to VP. Draw its projections. J21
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
25
40
m'
m
Locus of P in Fv
Locus of Q in Fv
Locus of M in Fv
Locus of P in TV
Locus of Q in TV
Locus of M in TV
35°
p'
q'
1
1
p2
q2
q1
p'2
45°
35
35
The mid point of a line PQ 70mm long, is 25mm above HP and 40mm in front of VP. It is inclined at 350 to HP and 450 to VP. Draw its projections. J21
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
25
40
m'
m
Locus of P in Fv
Locus of Q in Fv
Locus of M in Fv
Locus of P in TV
Locus of Q in TV
Locus of M in TV
35°
p'
q'
1
1
p2
q2
q1
p'2
45°
35
35
The mid point of a line PQ 70mm long, is 25mm above HP and 40mm in front of VP. It is inclined at 350 to HP and 450 to VP. Draw its projections. J21
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
25
40
m'
m
Locus of P in Fv
Locus of Q in Fv
Locus of M in Fv
Locus of P in TV
Locus of Q in TV
Locus of M in TV
35°
p'
q'
1
1
p2
q2
q1
p'2
45°
p'
q'
p
q
p'q'=Front View
pq=Top View
55°
59°
35
35
One end of a line PQ 70mm long, is 10mm above HP and 25mm in front of VP. The line is inclined at 250 to HP and 450
to VP. Draw the projections and find its traces. J22
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
One end of a line PQ 70mm long, is 10mm above HP and 25mm in front of VP. The line is inclined at 250 to HP and 450
to VP. Draw the projections and find its traces. J22
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
10
25
p'
p
One end of a line PQ 70mm long, is 10mm above HP and 25mm in front of VP. The line is inclined at 250 to HP and 450
to VP. Draw the projections and find its traces. J22
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
10
25
p'
p
Locus of P in FV
Locus of P in TV
One end of a line PQ 70mm long, is 10mm above HP and 25mm in front of VP. The line is inclined at 250 to HP and 450
to VP. Draw the projections and find its traces. J22
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
10
25
p'
p
Locus of P in FV
Locus of P in TV
Locus of Q in FV
Locus of Q in TV
q'1
q2
25°
45°
70
70
One end of a line PQ 70mm long, is 10mm above HP and 25mm in front of VP. The line is inclined at 250 to HP and 450
to VP. Draw the projections and find its traces. J22
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
10
25
p'
p
Locus of P in FV
Locus of P in TV
Locus of Q in FV
Locus of Q in TV
q'1
q2
25°
45°
70
70
q1
q'2
One end of a line PQ 70mm long, is 10mm above HP and 25mm in front of VP. The line is inclined at 250 to HP and 450
to VP. Draw the projections and find its traces. J22
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
10
25
p'
p
Locus of P in FV
Locus of P in TV
Locus of Q in FV
Locus of Q in TV
q'1
q2
25°
45°
70
70
q1
q'2
q'
q
38°
51°
One end of a line PQ 70mm long, is 10mm above HP and 25mm in front of VP. The line is inclined at 250 to HP and 450
to VP. Draw the projections and find its traces. J22
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
10
25
p'
p
Locus of P in FV
Locus of P in TV
Locus of Q in FV
Locus of Q in TV
q'1
q2
25°
45°
70
70
q1
q'2
q'
q
38°
51°
v h
VTHT
A line PQ is inclined at 350 to VP has its ends 25mm & 55mm above the HP. The length of the front view is 60mm and its VT is 15mm above HP. Determine the true length of PQ , its inclination with HP and its HT. J23
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
A line PQ is inclined at 350 to VP has its ends 25mm & 55mm above the HP. The length of the front view is 60mm and its VT is 15mm above HP. Determine the true length of PQ , its inclination with HP and its HT. J23
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
55
60
p'
q'
Locus of P in FV
Locus of Q in FV
2515
VT
vh
A line PQ is inclined at 350 to VP has its ends 25mm & 55mm above the HP. The length of the front view is 60mm and its VT is 15mm above HP. Determine the true length of PQ , its inclination with HP and its HT. J23
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
55
60
p'
q'
Locus of P in FV
Locus of Q in FV
2515
VT
vh
q'2
A line PQ is inclined at 350 to VP has its ends 25mm & 55mm above the HP. The length of the front view is 60mm and its VT is 15mm above HP. Determine the true length of PQ , its inclination with HP and its HT. J23
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
55
60
p'
q'
Locus of P in FV
Locus of Q in TV
2515
VT
vh
q'2
35°
q2
A line PQ is inclined at 350 to VP has its ends 25mm & 55mm above the HP. The length of the front view is 60mm and its VT is 15mm above HP. Determine the true length of PQ , its inclination with HP and its HT. J23
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
55
60
p'
q'
Locus of P in FV
Locus of Q in TV
2515
VT
vh
q'2
35°
q2
p
Locus of Q in FV
Locus of P in TV
A line PQ is inclined at 350 to VP has its ends 25mm & 55mm above the HP. The length of the front view is 60mm and its VT is 15mm above HP. Determine the true length of PQ , its inclination with HP and its HT. J23
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
55
60
p'
q'
Locus of P in FV
Locus of Q in TV
2515
VT
vh
q'2
35°
q2
p
Locus of Q in FV
Locus of P in TV
q'
q
1
1
A line PQ is inclined at 350 to VP has its ends 25mm & 55mm above the HP. The length of the front view is 60mm and its VT is 15mm above HP. Determine the true length of PQ , its inclination with HP and its HT. J23
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
55
60
p'
q'
Locus of P in FV
Locus of Q in TV
2515
VT
vh
q'2
35°
q2
p
Locus of Q in FV
Locus of P in TV
q'
q
1
1
q
A line PQ is inclined at 350 to VP has its ends 25mm & 55mm above the HP. The length of the front view is 60mm and its VT is 15mm above HP. Determine the true length of PQ , its inclination with HP and its HT. J23
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
55
60
p'
q'
Locus of P in FV
Locus of Q in TV
2515
VT
vh
q'2
35°
q2
p
Locus of Q in FV
Locus of P in TV
q'
q
1
1
q
HT
The plan of a line AB is 80mm long and makes 350 with XY. Its elevation makes 450 with XY and the line intersects XY at A. Find its true length and inclinations to HP and VP. ST 18
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
The plan of a line AB is 80mm long and makes 350 with XY. Its elevation makes 450 with XY and the line intersects XY at A. Find its true length and inclinations to HP and VP. ST 18
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
80
35°a
b
The plan of a line AB is 80mm long and makes 350 with XY. Its elevation makes 450 with XY and the line intersects XY at A. Find its true length and inclinations to HP and VP. ST 18
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
80
35°a
b
The plan of a line AB is 80mm long and makes 350 with XY. Its elevation makes 450 with XY and the line intersects XY at A. Find its true length and inclinations to HP and VP. ST 18
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
80
35°a
b
45°
b'
a'
The plan of a line AB is 80mm long and makes 350 with XY. Its elevation makes 450 with XY and the line intersects XY at A. Find its true length and inclinations to HP and VP. ST 18
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
80
35°a
b
45°
b'
a'
Locus of B in FV
Locus of B in TV
The plan of a line AB is 80mm long and makes 350 with XY. Its elevation makes 450 with XY and the line intersects XY at A. Find its true length and inclinations to HP and VP. ST 18
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
80
35°a
b
45°
b'
a'
Locus of B in FV
Locus of B in TV
b'2b1
The plan of a line AB is 80mm long and makes 350 with XY. Its elevation makes 450 with XY and the line intersects XY at A. Find its true length and inclinations to HP and VP. ST 18
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
80
35°a
b
45°
b'
a'
Locus of B in FV
Locus of B in TV
b'2b1
b'1
b2
The plan of a line AB is 80mm long and makes 350 with XY. Its elevation makes 450 with XY and the line intersects XY at A. Find its true length and inclinations to HP and VP. ST 18
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
80
35°a
b
45°
b'
a'
Locus of B in FV
Locus of B in TV
b'2b1
b'1
b2
39°
27°
103
103
A line measuring 75mm long has one of its ends 50mm in front of VP and 15mm above HP. The top view of the line is 50mm long. The other end is 15mm in front of VP and is above HP. Draw the projections and find the true inclination. ST 21
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
A line measuring 75mm long has one of its ends 50mm in front of VP and 15mm above HP. The top view of the line is 50mm long. The other end is 15mm in front of VP and is above HP. Draw the projections and find the true inclination. ST 21
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
15
50
a'
a
15
Locus of A in FV
Locus of A in TV
Locus of B in TV
A line measuring 75mm long has one of its ends 50mm in front of VP and 15mm above HP. The top view of the line is 50mm long. The other end is 15mm in front of VP and is above HP. Draw the projections and find the true inclination. ST 21
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
15
50
a'
a
15
Locus of A in FV
Locus of A in TV
Locus of B in TV
b50
A line measuring 75mm long has one of its ends 50mm in front of VP and 15mm above HP. The top view of the line is 50mm long. The other end is 15mm in front of VP and is above HP. Draw the projections and find the true inclination. ST 21
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
15
50
a'
a
15
Locus of A in FV
Locus of A in TV
Locus of B in TV
b50
b1
A line measuring 75mm long has one of its ends 50mm in front of VP and 15mm above HP. The top view of the line is 50mm long. The other end is 15mm in front of VP and is above HP. Draw the projections and find the true inclination. ST 21
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
15
50
a'
a
15
Locus of A in FV
Locus of A in TV
Locus of B in TV
b50
b1
Locus of B in FVb'1
75
A line measuring 75mm long has one of its ends 50mm in front of VP and 15mm above HP. The top view of the line is 50mm long. The other end is 15mm in front of VP and is above HP. Draw the projections and find the true inclination. ST 21
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
15
50
a'
a
15
Locus of A in FV
Locus of A in TV
Locus of B in TV
b50
b1
Locus of B in FVb'1
75
b'
A line measuring 75mm long has one of its ends 50mm in front of VP and 15mm above HP. The top view of the line is 50mm long. The other end is 15mm in front of VP and is above HP. Draw the projections and find the true inclination. ST 21
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
15
50
a'
a
15
Locus of A in FV
Locus of A in TV
Locus of B in TV
b50
b1
Locus of B in FVb'1
75
b'
b'
b2
2
A line measuring 75mm long has one of its ends 50mm in front of VP and 15mm above HP. The top view of the line is 50mm long. The other end is 15mm in front of VP and is above HP. Draw the projections and find the true inclination. ST 21
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
15
50
a'
a
15
Locus of A in FV
Locus of A in TV
Locus of B in TV
b50
b1
Locus of B in FVb'1
75
b'
b'
b2
257°
48°
44° 28°
End A of line AB is 10mm above HP and 20mm in front of VP. The other end is 45mm above HP and 65mm in front of VP. The distance between the end projector is 40mm. Draw the projection and find inclinations and true length. ST 22
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
End A of line AB is 10mm above HP and 20mm in front of VP. The other end is 45mm above HP and 65mm in front of VP. The distance between the end projector is 40mm. Draw the projection and find inclinations and true length. ST 22
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
10
20
a'
a
End A of line AB is 10mm above HP and 20mm in front of VP. The other end is 45mm above HP and 65mm in front of VP. The distance between the end projector is 40mm. Draw the projection and find inclinations and true length. ST 22
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
10
20
a'
a
45
65
Locus of B in FV
Locus of A in FV
Locus of A in TV
Locus of B in TV
End A of line AB is 10mm above HP and 20mm in front of VP. The other end is 45mm above HP and 65mm in front of VP. The distance between the end projector is 40mm. Draw the projection and find inclinations and true length. ST 22
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
10
20
a'
a
45
65
Locus of B in FV
Locus of A in FV
Locus of A in TV
Locus of B in TV
40
End A of line AB is 10mm above HP and 20mm in front of VP. The other end is 45mm above HP and 65mm in front of VP. The distance between the end projector is 40mm. Draw the projection and find inclinations and true length. ST 22
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
10
20
a'
a
45
65
Locus of B in FV
Locus of A in FV
Locus of A in TV
Locus of B in TV
40
b'
b
End A of line AB is 10mm above HP and 20mm in front of VP. The other end is 45mm above HP and 65mm in front of VP. The distance between the end projector is 40mm. Draw the projection and find inclinations and true length. ST 22
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
10
20
a'
a
45
65
Locus of B in FV
Locus of A in FV
Locus of A in TV
Locus of B in TV
40
b'
b
b'2
b1
End A of line AB is 10mm above HP and 20mm in front of VP. The other end is 45mm above HP and 65mm in front of VP. The distance between the end projector is 40mm. Draw the projection and find inclinations and true length. ST 22
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
10
20
a'
a
45
65
Locus of B in FV
Locus of A in FV
Locus of A in TV
Locus of B in TV
40
b'
b
b'1
b'2
b1
b2
End A of line AB is 10mm above HP and 20mm in front of VP. The other end is 45mm above HP and 65mm in front of VP. The distance between the end projector is 40mm. Draw the projection and find inclinations and true length. ST 22
Line Inclined to both HP & VP- Rotating Line Method
X YHP
VP Above HP
Infront of VP
10
20
a'
a
45
65
Locus of B in FV
Locus of A in FV
Locus of A in TV
Locus of B in TV
40
b'
b
b'1
b2
b1
b'2
41°30°
48° 40°
End A of line AB is 10mm above HP and 20mm in front of VP. The other end is 45mm above HP and 65mm in front of VP. The distance between the end projector is 40mm. Draw the projection and find inclinations and true length. ST 22
Line Inclined to both HP & VP- Rotating Line Method
