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Area and Perimeter•
Area and Perimeter of Compound Shapes•
Problem Solving Using Pythagoras•
Pythagoras

Area of Regular Hexagons WORKSHEET

Suitable for Year groups: Year 9, Year 10, Year 11
GCSE Tier: Foundation/Higher
Targeting grades: 4-5
Prerequisite knowledge: Pythagoras' Theorem.
Learning Objective: Use properties of angles, triangles, and other polygons to solve problems involving area.

Area of Regular Hexagons WORKSHEET DESCRIPTION

This worksheet guides students through using Pythagoras’ Theorem to calculate the area or six regular hexagons.

In questions 1 - 3, learners are asked to first find the vertical height of an equilateral triangle inside the hexagon using Pythagoras but are required to deduce how to use this to calculate the area of the whole hexagon.

Questions 4 - 6 simply ask students to calculate the area of the hexagons.

This activity will test pupils’ problem solving and communication skills and makes for a lovely extension to work on Pythagoras’ theorem, regular polygons, or area.

Why not challenge learners to devise a formula for their calculations?

All worksheets are created by the team of experienced teachers at Cazoom Maths.

Area of Regular Hexagons Worksheet Suitable for Students in Year 9 and Year 10 and Year 11

RELATED TO Area of Regular Hexagons WORKSHEET

Compound Shapes (B)

Year groups: 8, 9

Preview of Compound Shapes (B)

Area of Non-Right Angled Triangles

Year groups: 7, 8

Preview of Area of Non-Right Angled Triangles

Using Pythagoras Theorem to Calculate the Hypotenuse

Year groups: 9, 10, 11

Preview of Using Pythagoras Theorem to Calculate the Hypotenuse

Using Pythagoras' Theorem to Calculate Missing Lengths in Right Angled Triangles

Year groups: 9, 10, 11

Preview of Using Pythagoras' Theorem to Calculate Missing Lengths in Right Angled Triangles

Frequently Asked Questions

Use properties of angles, triangles, and other polygons to solve problems involving area.