1 / 15

SOLID GEOMETRY

SOLID GEOMETRY. SOLID GEOMETRY. Following topics will be covered in Solid Geometry ;. (a) Projections of Points in space. (b) Projections of Lines (Without H.T. & V.T.). (c) Projections of Planes. (d) Projections of Right & Regular Solids like;

chace
Download Presentation

SOLID GEOMETRY

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. SOLID GEOMETRY

  2. SOLID GEOMETRY Following topics will be covered in Solid Geometry ; (a) Projections of Points in space (b) Projections of Lines (Without H.T. & V.T.) (c) Projections of Planes (d) Projections of Right & Regular Solids like; (Prisms, Pyramids, Cylinder and Cone)

  3. PROJECTIONS OF POINTS

  4. Orientation of Point in Space • In quadrant I (Above H.P & In • Front of V.P.) (2) In quadrant II (Above H.P & Behind V.P.) (3) In quadrant III (Below H.P & Behind V.P.) (4) In quadrant IV (Below H.P & In Front of V.P.)

  5. Orientation of Point in Space (5) In Plane (Above H.P. & In V.P.) (6) In Plane (Below H.P. & In V.P.) (7) In Plane ( In H.P. & In front of V.P.) (8) In Plane ( In H.P. & Behind V.P.) (9) In Plane ( In H.P. & V.P.)

  6. A1- Point V.P. Y Y X H.P. X X Y POSITION: 1 (I Qua.) a1’- F.V. Above H.P. POINT A1 a1 - T.V. . a1’ . In Front Of V.P. A1 (3D) . CONCLUSIONS: a1 In 2D In 3D . a1’ Point, Above H.P. F.V. Above XY T.V. Below XY Point, In- Front Of V.P. . (2D) a1

  7. A2- Point Y V.P. H.P. Y X X Y X POSITION:2 (II Qua.) a2’- F.V. Above H.P. a2 - T.V. POINT A2 Behind V.P. A2 . a2’ . . a2 CONCLUSIONS: In 2D In 3D (3D) . Point, Above H.P. F.V. Above XY a2 . (2D) a2’ T.V. Above XY Point, Behind V.P.

  8. A3- Point Y Y X X Y X POSITION: 3 (III Qua.) a3’- F.V. a3- T.V. Below H.P. POINT A3 (3D) . a3 Behind V.P. . A3 CONCLUSIONS: . a3’ In 2D In 3D . Point, Below H.P. F.V. Below XY a3 T.V. Above XY Point Behind V.P. . a3’ (2D)

  9. A4- Point Y Y X X X Y POSITION: 4 (IV Qua.) a4’- F.V. a4- T.V. Below H.P. POINT A4 . a4 In Front of V.P. . a4’ . (3D) CONCLUSIONS: A4 In 2D In 3D Point, Below H.P. F.V. Below XY . a4’ T.V. Below XY Point, In Front Of V.P. . (2D) a4

  10. Y V.P. H.P. Y H.P. X X X Y POSITION: 5 A5- Point a5’- F.V. a5 - T.V. Above H.P. A5 a5’ . POINT A5 (3D) In V.P. . CONCLUSIONS: a5 In 2D In 3D a5’ A5 Point, Above H.P. F.V. Above XY . T.V. On XY Point, In V.P. (2D) a5 .

  11. A6- Point Y Y X X X Y POSITION: 6 a6’- F.V. a6- T.V. . Below H.P. POINT A6 a6 In V.P. . a6’ A6 CONCLUSIONS: In 2D In 3D (3D) . Point, Below H.P. F.V. Below XY a6 T.V. On XY . (2D) Point In V.P. A6 a6’

  12. A7 Point Y Y X X X Y POSITION: 7 a7’- F.V. a7 - T.V. POINT A7 In H.P. (3D) a7’ . In Front of V.P. . a7 CONCLUSIONS: A7 In 2D In 3D T.V. Below XY Point, In- Front Of V.P. a7’ . F.V. On XY Point In H.P. . A7 (2D) a7

  13. A8- Point Y Y X X X Y POSITION: 8 a8’- F.V. a8 - T.V. In H.P. POINT A8 Behind V.P. . a8 A8 a8’ CONCLUSIONS: . In 2D In 3D T.V. Above XY Point, Behind V.P. (3D) . A8 a8 Point, In H.P. F.V. On XY (2D) a8’ .

  14. V.P. Y X H.P. X X Y POSITION: 9 A9- Point a9’- F.V. a9 - T.V. In H.P POINT A9 (3D) a9’ . In V.P. a9 A9 CONCLUSIONS: In 2D In 3D Point, In H.P. F.V. On XY . a9’ A9 T.V. On XY Point, In V.P. a9 (2D)

  15. PROJECTIONS OF POINTS

More Related