The net of a 3D object is a 2D representation of its surfaces that can be folded up into the 3D object.

Checking and securing understanding of nets of solids

Maths

Checking and securing understanding of volume of prisms

Checking and securing understanding of surface area of cuboids

Checking and securing understanding of surface area of other prisms

Checking and securing understanding of volume of a cylinder

Checking and securing understanding of surface area of a cylinder

The surface area of a pyramid

The volume of a pyramid

The surface area of a sphere

The volume of a sphere

The surface area of a cone

The volume of a cone

Surface area of composite solids

Volume of composite solids

Problem solving with further surface area and volume

In this unit, pupils have increased their knowledge of volume which is used in the compound measures unit as the formula for density involves volume. 

In the prior unit, pupils built upon their learning of the area of different shapes. In this unit, pupils will continue to further develop their understanding of shapes by considering surface area and volume of pyramids, spheres and cones.

In this unit, pupils will further develop their understanding of shapes by considering the surface area and volume of pyramids, spheres and cones.

2D and 3D shape: surface area and volume (pyramids, spheres and cones)

The {{}} of a 3D object is a 2D representation of its surfaces that can be folded up into the 3D object. 

A solid is created from regular quadrilaterals and regular hexagons only.  Which of these nets could be for the solid?

Which of these diagrams shows a net for a tetrahedron?

Which of these diagrams show a net of a cube?

Which of the following rectangles can be used to create the net of a cuboid?

A {{}} is a flat (2D), closed figure made up of straight line segments. 

A __________ is any polygon that has four straight sides.

Select the properties of a regular $$n$$-sided polygon.

Exit Quiz

The of a 3D object is a 2D representation of its surfaces that can be folded up into the 3D object.