MARK MAXIMISER 6789 2 A This box plot

MARK MAXIMISER 6789 – 2 A ① This box plot shows the weight of some walruses. Find the interquartile range. Date: /20 ② Convert this recurring decimal to a fraction. ③ 0. 62 22° 40 60 80 Weight (kg) 100 The length of the interior diagonal of this square-based prism is 10 cm. Find the length of the prism (1 dp). 5 cm 120 1 1 2 ④ ⑤ ⑥ 2 2 2 ⑦ ⑧ The graph shows a car accelerating. ⑨ Use 2 shapes to estimate the distance it travels. Is this an under- or over- estimate? 40 30 2 2 ⑩ P is the point on the line such that AP: PB = 2: 3 ⑪ A a O 2 P b Speed (m/s) 20 20 10 B 0 2 4 Time (s) 6 8 2

MARK MAXIMISER ① This box plot shows the weight of some walruses. Find the interquartile range. 52 6789 – 2 A 22° = 36 kg 88 Date: /20 ② Convert this recurring decimal to a fraction. ③ 0. 62 136° 22° 40 60 80 Weight (kg) 100 The length of the interior diagonal of this square-based prism is 10 cm. Find the length of the prism (1 dp). 5 cm 120 1 1 2 ④ ⑤ ⑥ 2 2 2 ⑦ ⑧ The graph shows a car accelerating. ⑨ Use 2 shapes to estimate the distance it travels. Is this an under- or over- estimate? 40 30 2 2 ⑩ P is the point on the line such that AP: PB = 2: 3 ⑪ A a O 2 P b Speed (m/s) 20 20 10 B 0 2 4 Time (s) 6 8 2

MARK MAXIMISER ① This box plot shows the weight of some walruses. Find the interquartile range. 52 6789 – 2 A 22° = 36 kg 88 Date: /20 ② Convert this recurring decimal to a fraction. ③ 0. 62 136° 22° 40 60 80 Weight (kg) 100 The length of the interior diagonal of this square-based prism is 10 cm. Find the length of the prism (1 dp). 5 cm 120 1 1 2 ④ ⑤ ⑥ 2 2 2 ⑦ ⑧ The graph shows a car accelerating. ⑨ over Use 2 shapes to estimate the distance it travels. Is this an under- or over- estimate? 40 ≈ 140 m 30 2 2 ⑩ P is the point on the line such that AP: PB = 2: 3 ⑪ A a O 2 P b Speed (m/s) 20 65 20 10 75 B 0 2 4 Time (s) 6 8 2

Questions? Comments? Suggestions? …or have you found a mistake!? Any feedback would be appreciated . Please feel free to email: tom@goteachmaths. co. uk