8. Triangle is on the grid. ABC (a) (i) down the coordinates of A. (……… , Answer (a)(i) ………) [1] (ii) Write and as column vectors. = = Answer (a)(ii) [2] (b) Translate triangle by the vector . Label the image ABC T. [2] (c) = 2 and = 2. (i) Plot the points and on the grid. P Q [2] (ii) Describe fully the single transformation which maps triangle onto triangle ABC APQ. Answer (c)(ii) ……….………………………………………………………… ………………………………………………………………………………… [3] (d) Rotate triangle through 180° about the midpoint of the side Label the image ABC AB. R. [2] 9. Points and are shown on the grid. A, B C (a) Plot the point on the grid above so that is a rhombus. D ABCD [1] (b) Write as a column vector. = Answer (b) [2] (c) is the of M AC. Write as a column vector.
8. Triangle ABC is on the grid. (a) (i) down the coordinates of A. Answer (a)(i) (……… , ………) [1] (ii) Write and as column vectors. Answer (a)(ii) = = [2] (b) Translate triangle ABC by the vector . Label the image T. [2] (c) = 2 and = 2. (i) Plot the points P and Q on the grid. [2] (ii) Describe fully the single transformation which maps triangle ABC onto triangle APQ. Answer (c)(ii) ……….………………………………………………………… ………………………………………………………………………………… [3] (d) Rotate triangle ABC through 180° about the midpoint of the side AB. Label the image R. [2] 9. Points A, B and C are shown on the grid. (a) Plot the point D on the grid above so that ABCD is a rhombus. [1] (b) Write as a column vector. Answer (b) = [2] (c) M is the of AC. Write as a column vector.