Rotate trapezium TÂ about the origin.
Label the new trapezium A.
Translate trapezium T by the vector Â
Label the new trapezium B.
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Rotate trapezium TÂ about the origin.
Label the new trapezium A.
Translate trapezium T by the vector Â
Label the new trapezium B.
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Describe the single transformation that maps shape A onto shape B.
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Describe the single transformation that maps triangle A onto triangle B.
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Describe fully the single transformation that maps triangle P onto triangle Q.
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On the grid, reflect shape A in the line .
Describe fully the single transformation that maps triangle B onto triangle C.
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Reflect shape P in the line .
Describe fully the single transformation that maps triangle A onto triangle B.
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On the grid, enlarge the shape by scale factor 3, centre A.
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A shaded shape is shown on the grid.
On the grid, enlarge the shape by a scale factor of 2, centre A.
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Here is a shape drawn on a grid of squares.
On the grid, translate shape by the vectorÂ
Label the new shape .
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Translate triangle by the vector
Label the new triangle .
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A shape is translated by the vectorÂ
In which direction does the shape move?
Circle your answer.
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The vector translates A to B.
Circle the vector that translates B to A.
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Here is a coordinate grid.
Shape S is translated to Shape T using vector Â
Write down the values of and .
= ....................
= ....................
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You may use this coordinate grid to help you answer the following questions.
Describe fully the single transformation that is equivalent to
a translation of  followed by a translation of  .
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Rotate triangle AÂ clockwise, centre .
Enlarge triangle B by scale factor 3, centre (1, 2).
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Describe fully the single transformation that maps triangle A onto triangle B.
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Reflect shape P in the line .Â
Rotate shape PÂ anticlockwise about (0, 1).
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Rotate triangle AÂ anticlockwise with centre .
Describe fully the single transformation that maps triangle B onto triangle C.
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Describe fully the single transformation that maps triangle A onto triangle B.
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Translate shape A by the vectorÂ
Describe fully the single transformation that maps shape Q onto shape R.
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Translate shape P by the vectorÂ
Describe fully the single transformation that maps shape A onto shape B.
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On the grid, rotate shape S by anticlockwise about the origin.
Describe fully the single transformation that maps shape P onto shape Q.
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On the grid, rotate shape AÂ about the point (1, 1).
On the grid, enlarge triangle B by scale factor 3, centre (0, 0).
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Describe fully the single transformation that maps shape P onto shape Q.
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Shape A can be transformed to shape B by a reflection in the x-axis followed by a translationÂ
Find the value of c and the value of .
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Enlarge shape A by scale factor centre (0, 1).
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The diagram shows triangle A drawn on a grid.
Kyle reflects triangle A in the -axis to get triangle B.
He then reflects triangle B in the line to get triangle C.
Amy reflects triangle A in the line to get triangle D.
She is then going to reflect triangle D in the -axis to get triangle E.
Amy says that triangle E should be in the same position as triangle C.
Is Amy correct?
You must show how you get your answer.
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Shape P is reflected in the line to give shape Q.
Shape Q is reflected in the line to give shape R.
Describe fully the single transformation that maps shape P onto shape R.
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Shape T is reflected in the line to give shape R.
Shape R is reflected in the line to give shape S.
Describe the single transformation that will map shape T to shape S.
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Triangle is drawn on a centimetre grid.
 is the point (2, 2).
 is the point (6, 2).
 is the point (5, 5).
Triangle is an enlargement of triangle with scale factor and centre (0, 0).
Work out the area of triangle .
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Enlarge the shaded triangle by a scale factor , centre .
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ABC is a right-angled triangle.
Here is Sarah's method to find the length of .
What mistake has Sarah made in her method?
Roy is going to enlarge triangle with centre and scale factorÂ
He draws triangle .
Explain why Roy's diagram is not correct.
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Triangle A is rotated 90° clockwise about the point (0, 1) to give triangle B.
Triangle B is translated by the vector to give triangle C.
Describe fully the single transformation that maps triangle A onto triangle C.
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Here is a shape drawn on a grid of squares.
On the grid, rotate shape 180° about the point (–3, 2)
Label the new shape .
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Describe fully the single transformation that maps triangle onto triangleÂ
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