Projection of Points P and P1 (3D Model)

STOP. The previous result is incorrect. DO NOT create a 3D solid, plate, slab, building, holes, surfaces, mechanical part, or architectural model. I need a 2D ENGINEERING GRAPHICS drawing for PROJECTION OF POINTS. This is a construction drawing on a flat 2D sheet. QUESTION 5 ONLY: A point P is 50 mm above HP and lies in the FIRST QUADRANT. Its shortest distance from the XY line is 80 mm. First calculate its distance from VP: 80² = 50² + VP_distance² VP_distance = sqrt(80² - 50²) = 62.45 mm Therefore draw: FRONT VIEW: p′ = 50 mm ABOVE XY TOP VIEW: p = 62.45 mm BELOW XY Because P is in the first quadrant, it is: 50 mm above HP 62.45 mm in front of VP. Draw a vertical PROJECTOR through p′ and p. Then P moves: 10 mm AWAY FROM VP 20 mm AWAY FROM HP Therefore: P1 is 70 mm above HP. P1 is 72.45 mm in front of VP. Draw: p1′ = 70 mm ABOVE XY p1 = 72.45 mm BELOW XY Draw the original P and new P1 as two separate projectors. Also draw the SIDE VIEW of P and P1. Mark the shortest distance PP1: PP1 = sqrt(20² + 10²) = 22.36 mm IMPORTANT: This must look like an Engineering Graphics ORTHOGRAPHIC PROJECTION DRAWING. Use: - XY horizontal reference line - X1Y1 reference line for side view - thin projector/construction lines - small point/circle markers - labels p′, p, p″, p1′, p1, p1″ - dimensions in millimetres - 2D CAD geometry only DO NOT make a 3D model. DO NOT extrude anything. DO NOT create surfaces or solids. DO NOT create a plate. DO NOT create holes. DO NOT use an isometric view. The final result should resemble a traditional Engineering Drawing / Engineering Graphics sheet, with FRONT VIEW, TOP VIEW and SIDE VIEW arranged around XY and X1Y1 reference lines.

Parameters

Every value above is a live dimension. Open a model like this in the editor and each one becomes a slider you can drag before exporting.