Maths Workshop 15 - End of Workshop Quiz
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Last updated almost 3 years ago
11 questions
Required
1
Fill in the blanks
Fill in the blanks
Required
1
Draw lines to match each shape up to the correct name.
Draw lines to match each shape up to the correct name.
Required
2
Match each shape up to the correct properties
Match each shape up to the correct properties
| Draggable item | arrow_right_alt | Corresponding Item |
|---|---|---|
Cube | arrow_right_alt | 6 faces, 12 edges and 8 vertices |
Cone | arrow_right_alt | 2 faces, 1 edge and 1 vertex |
Triangular Prism | arrow_right_alt | 3 faces, 2 edges and 0 vertices |
Cylinder | arrow_right_alt | 5 faces, 8 edges and 5 vertices |
Square-based pyramid | arrow_right_alt | 5 faces, 9 edges and 6 vertices |
Required
1
Explain the difference between a 'prism' and a 'pyramid'
Explain the difference between a 'prism' and a 'pyramid'
Required
1
Order these shapes from the most to the least amount of vertices (the names are not in the correct order)
Order these shapes from the most to the least amount of vertices (the names are not in the correct order)
- Square-based Pyramid
- Cube
- Triangular Prism
- Sphere
Required
1
Shade two more squares so that the shaded shape is a net of a cube.
Shade two more squares so that the shaded shape is a net of a cube.
Required
1
Write down the shapes that these nets represent.
Write down the shapes that these nets represent.
Required
1
The net of which shape is being described here: One central hexagon with 1 triangle attached to each of its edges (6 triangles in total).
The net of which shape is being described here: One central hexagon with 1 triangle attached to each of its edges (6 triangles in total).
Required
1
What 3D shape do these drawings represent?
What 3D shape do these drawings represent?
Required
1
Draw the side elevation of this shape.
Draw the side elevation of this shape.
Required
1
"The plan of a cylinder is always the same as its side elevation." Explain why this is false.
"The plan of a cylinder is always the same as its side elevation." Explain why this is false.