Volume of cubes and cuboids

Calculate the volume of a cube using Volume = side cubed and of a cuboid using Volume = length x width x height, find a missing dimension given the volume, and convert between cubic units of measurement.

Worksheet Builder All resources ☕ Shout us a flat white Download All

Te reo Māori terms

click each term to open in Te Aka

Learning objective overview

Master Teaching Guide coverage for this objective.

Current NZC (2007)
  • GM4-3
New NZC (2026)
  • NZC26-P4-MEA-MEA-P-Y10-03
  • NZC26-P3-MEA-MEA-K-Y7-02
  • NZC26-P3-MEA-MEA-K-Y7-07
  • NZC26-P3-MEA-MEA-P-Y7-04

Resources

  • Alpha textbook: Counting cubes in Ex 24.02, pg 378
  • Alpha textbook: Volume of cubes and cuboids in Ex 24.03, pg 379 & 380
  • CorbettMaths worksheetQuestions PDF · Answers
  • Beta: Skills in Ex 17.01, 17.03, pg 317, 320

Terminology

  • cube
  • cuboid
  • volume

Task goals

  • Calculate the volume of a cube or cuboid from a labelled diagram or from given dimensions, using Volume = side cubed for a cube and Volume = length x width x height for a cuboid.
  • Find a missing dimension of a cube or cuboid given its volume and its other dimensions.
  • Convert a volume between cubic units of measurement (mm cubed, cm cubed, m cubed), and explain why, for example, 1 m cubed equals 1,000,000 cm cubed.
  • Solve a real-world volume problem, such as finding the capacity of a container in litres, the volume of a room, or how many unit cubes fit inside a larger box.
  • Compare the volumes of two solids, such as a cube and a cuboid, including finding an unknown dimension when two solids have equal volume.
  • Write an algebraic expression for the volume of a cube or cuboid using variables for its dimensions, and explain what happens to the volume when its dimensions are scaled by different factors.
  • Solve a multi-step real-world volume problem involving a rate, a ratio of dimensions, or rearranging the volume formula to make a dimension the subject.
  • Explain why volume is measured in cubic units, and reason about whether a solid's volume can be determined from other given information such as its surface area.

Where this fits

What leads into this objective, and where it goes next.

You are here

Volume of cubes and cuboids

Volume of cubes and cuboids

Do

Finding: the area of circles and composite shapes that include circles or semicircles; the surface area and volume or capacity of prisms, pyramids, and cylinders

Statement▸
Year 10 · Measurement · Measuring
NZC26-P4-MEA-MEA-P-Y10-03

Explore the whole sequence →