Plans and elevations

A building in the shape of a cylinder has diameter 40 m and height 55 m

On the centimetre grid, draw a plan of the building. Use a scale of 1 cm to 10 m

On this centimetre grid, draw the front elevation of the building. Use a scale of 1 cm to 10 m

A building in the shape of a cylinder has diameter 40 m and height 55 m

On the centimetre grid, draw a plan of the building. Use a scale of 1 cm to 10 m

On this centimetre grid, draw the front elevation of the building. Use a scale of 1 cm to 10 m

The front elevation of a cuboid is shown on this centimetre grid.

Draw the side elevation on this centimetre grid.

The front elevation of a cuboid is shown on this centimetre grid.

Draw the side elevation on this centimetre grid.

A solid shape is made from centimetre cubes. The front elevation and side elevation of the shape are shown.

the maximum possible number of cubes in the shape and the minimum possible number of cubes in the shape.

Here is the plan of a solid.

Circle the solid that it could be.

sphere cone hemisphere cylinder

A solid shape is drawn on isometric paper.

On the centimetre grid, draw the elevation of the shape from A.

On the centimetre grid, draw a plan of the shape.

A solid shape is drawn on isometric paper.

On the centimetre grid, draw the elevation of the shape from A.

On the centimetre grid, draw a plan of the shape.

The side elevation and plan of a cuboid are shown on the centimetre grid.

Draw the front elevation of the cuboid on this centimetre grid.

A solid shape is made from centimetre cubes. Here are the plan, side elevation and front elevation of the shape.

How many cubes are added?

The front elevation, side elevation and plan of a solid are all the same, as shown.

Write down the name of the solid.

The front elevation, side elevation and plan of a solid are all the same, as shown.

Write down the name of the solid.