Pythagoras: Theme Park Power Lines Task

Pythagoras: Theme Park Power Lines

This is a fantastic activity which aims to deepen understanding of, and ability to use Pythagoras’ Theorem to find the hypotenuse in right angled triangles.

The objectives of the task are:
To find the hypotenuse in a number of right angled triangles (which are related to the theme of attractions in a theme park) using Pythagoras’ Theorem.
To use the lengths found to calculate the cost of the power cables using information provided, and then finding how long it takes to cover the costs of each power line given the daily profit of the attractions in the theme park.

This activity is suitable for use at both KS3 and KS4, depending upon whenever you choose to introduce and/or reinforce Pythagoras’ Theorem.

Students will love using this activity, and it also provides scope for an exciting classroom display should you choose to display the students’ work.
You are provided with an 18 slide (plus a start and end screen) Powerpoint Presentation which fully explains the activity, and then goes through all of the methods and answers (with two methods of showing the working for calculating the side lengths).

You are also provided with a PDF which has a pupil page to fully explain the activity (which can be used alongside the powerpoint), as well as pages for pupils to use to fill in the answers to all parts of the activity. These pages are also provided fully filled in with answers for the teacher.

Now is the time to get this resource, I am currently offering this at an introductory low price to allow as many teachers/schools the opportunity to purchase this. The price will soon increase though due to the time taken to produce the resource.

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  • Theme-Park-Power-LInes.pdf
  • Theme-Park-Power-Lines.pptx

About this resource


Created: Oct 3, 2019

Updated: Oct 14, 2019

pdf, 791 KB



pptx, 378 KB


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