Last updated

27 May 2015

Have a play around with this task, and please share any questions, extensions, simplifications, modifications, or lines of inquiry in the comment box below. The idea is to collect loads of suggestions that can then be used for effective differentiation. The full set of these tasks, along with additional notes, can be found here: http://www.mrbartonmaths.com/richtasks.htm
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### Reviews

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#### TES Resource Team

6 years ago
5

Thank you for publishing your resource. It has been selected to be featured in <a href="https://www.tes.com/teaching-resources/collections/secondary-maths/"> a new secondary maths collection</a>.

#### Owen134866

7 years ago
5

Very nice rich task from the legendary Mr Barton where students investigate coordinates relating to squares, and have to note any patterns they notice. This task could easily be extended to other shapes such as triangles or quadrilaterals and allow students to pose and answer their own problems.

#### TES_Maths

9 years ago
5

If you know the co-ordinates of two adjacent corners, investigate how can you find the other two?<br /> <br /> If you know the co-ordinates of two opposite corners, investigate how can you find the other two?<br /> <br /> How can we construct a square when we are given the centre and one corner?<br /> <br /> Do these all work if some of the co-ordinates are negative?<br /> <br /> Can you use a vectors approach?<br /> <br /> How about an algebraic approach?<br /> <br /> From NRICH:<br /> Decide whether any of the collections of points below form a square.<br /> If so, which ones? <br /> Can you do this without plotting the points on a grid? <br /> <br /> 1. (8,3), (7,8), (2,7), (3,2) <br /> 2. (3,3), (7,4), (8,8), (4,7) <br /> 3. (16,19), (18,22), (21,20), (19,17) <br /> 4. (4,20), (21,19), (20,2), (3,3) <br /> <br /> Explain how you decided.<br /> <br /> Extend this investigation into rectangles<br /> <br /> How about other quadrilaterals?<br /> <br /> If you are given three coordinates, work out how to determine if they will define a right angle.<br /> <br /> Can you work out the areas of each of your squares?<br />

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