New
New
Year 3
Know that a square is a rectangle in which the four sides are of equal length
I know a square is a rectangle in which all four sides are of equal length.
New
New
Year 3
Know that a square is a rectangle in which the four sides are of equal length
I know a square is a rectangle in which all four sides are of equal length.
Lesson details
Key learning points
- The definition of a square is a rectangle with all four sides the same length.
- A square has four right angles at its vertices.
- A square can rest on a side or a vertex.
Common misconception
Pupils may not realise that squares are rectangles.
Emphasise to pupils that all squares are rectangles but not all rectangles are squares. Rectangles are quadrilaterals with 4 right angles, but squares have 4 sides of equal length.
Keywords
Rectangle - A rectangle is a 2D shape with four straight sides and four right angles.
Square - A square is a 2D shape with four equal straight sides.
Draw attention to the properties of all rectangles. Then, draw attention to the additional properties of squares. Squares have 4 sides of equal length. They have 4 lines of symmetry. They are regular shapes (any shape where all angles are the same and all sides are the same length).
Teacher tip
Licence
This content is © Oak National Academy Limited (2024), licensed on Open Government Licence version 3.0 except where otherwise stated. See Oak's terms & conditions (Collection 2).
Video
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Starter quiz
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6 Questions
Q1.
Which of these shapes are quadrilaterals?
d
Q2.
Which of these shapes are rectangles?
a
d
Q3.
Which of these shapes are not rectangles?
a
c
Q4.
How many right angles does this shape have?
Q5.
True or false? This shape has one line of symmetry
True
Q6.
How many right angles do these three shapes have in total?
Exit quiz
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6 Questions
Q1.
Which of these shapes are squares?
b
c
Q2.
Which of these shapes are not squares?
a
d
Q3.
Why is this shape not a square?
It does not have 4 equal length sides.
It does not have reflective symmetry.
It is not a quadrilateral.
Q4.
Which of these statements are true for all squares?
They have exactly two lines of symmetry.
Q5.
How many lines of symmetry does a square have?
Q6.
Look at this pattern. How many squares are there altogether?
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