Printable · GCSE Foundation · ages 14-16
Properties of 3D shapes worksheet — GCSE Foundation
Fifteen questions on "properties of 3d shapes" — DfE statement G12. Print it, or print three versions so neighbours cannot copy by letter; the key gives the letter for each version.
Properties of 3D shapes worksheet — GCSE Foundation
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- 1.A cone is cut by a flat plane parallel to its circular base, partway up between the base and the apex. What shape is the cross-section?
- 2.How many faces does a cuboid have?
- 3.A cube has all of its edges the same length. How many planes of symmetry does it have?
- 4.A solid has 4 triangular faces, 4 vertices and 6 edges. What is the name of this solid?
- 5.A solid has 10 vertices and 15 edges. Using the formula F + V − E = 2, work out how many faces it has.
- 6.How many edges does a cube have?
- 7.A cuboid has a length, width and height that are all different from each other. How many planes of symmetry does it have?
- 8.In this question, a curved surface counts as a face. How many faces does a sphere have?
- 9.A triangular prism has two triangular end faces and three rectangular faces joining them. How many faces does it have in total?
- 10.A square-based pyramid is cut by a flat plane parallel to its base, partway up between the base and the apex. What shape is the cross-section?
- 11.A cylindrical tin has a curved surface, a flat circular base and a flat circular lid. A label is stuck around the curved surface only. How many of the tin's faces are NOT covered by the label?
- 12.How many vertices does a square-based pyramid have?
- 13.A tent is shaped like a triangular prism: two triangular end faces and three rectangular faces. One of the rectangular faces lies flat on the ground as the groundsheet. How many of the tent's faces are above the ground, not touching the ground?
- 14.A solid has two parallel, congruent polygon faces joined by flat rectangles, and its cross-section is the same shape all the way along its length. Which solid is it?
- 15.A hexagonal prism has 8 faces and 12 vertices. Using F + V − E = 2, work out how many edges it has.
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