A line PQ measures 100mm long is inclined at 45° to the HP & at 30° to the VP it's end P is in the second quadrant & Q is in the forth quadrant. a point R on PQ, 40mm from P is in both the planes. Draw the projections of PQ
Answers
Answer:
Explanation:
0 = 380 bz. 35. Page 10. Problem 19 A straight line PQ, 65 mm long, is inclined at 45° to HP and 30° VP. The point P is 70 mm from both the reference planes and ...
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When a line is inclined to HP by 30 and parallel to VP the top view will be<UNK>to XY?
If a line is parallel to H.P., its front will be to XY line. 12. If a line is parallel to V.P., its top view will be to XY line. 1
Answer:
In this case, the line PQ is inclined at 45° to the horizontal plane (HP) and 30° to the vertical plane (VP). This means that the line PQ makes an angle of 45° with the x-axis and 30° with the y-axis.
Explanation:
The end point P is located in the second quadrant, which is the quadrant located above the x-axis and to the left of the y-axis. The end point Q is located in the fourth quadrant, which is the quadrant located below the x-axis and to the right of the y-axis.
Point R is located on line PQ, 40mm from point P. The projection of PQ onto the HP will be a horizontal line segment with the same length as PQ (100mm), and the projection onto the VP will be a vertical line segment also with the same length as PQ (100mm).
The projection of R onto HP is the point R' and the projection of R onto VP is the point R".
In summary, the projection of line PQ onto the HP is a horizontal line segment with the same length as PQ, and the projection onto the VP is a vertical line segment with the same length as PQ, with point R located on both projections.
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