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Maths · OCR J560 · Paper 4: Calculator · Higher · November 2020

OCR GCSE Maths Paper 4: Calculator Higher November 2020 question paper J560/04

1h 30m 100 marks

Practise the past exam questions by topic

OCR J560 · Paper 4

20 questions
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Question 2

James is taking three examination papers in Spanish. Here are his first two results.

Question 2, shown as an image

Paper 3 is out of 95. The marks in each of the three papers are added together.

Find the lowest mark that James needs in Paper 3 to achieve 60% of the total marks.

[4]

Question 4

In a survey, 60 students were asked whether they have a bank account (B) and whether they have a part-time job (J).

The number of students who had neither a bank account nor a part-time job was x. The Venn diagram shows the results in terms of x.

Figure for question 4

One of the 60 students is chosen at random.

Find the probability that they have a bank account. Show your working.

[5]

Question 6

A cuboid measures 6 cm by 8 cm by 15 cm. A cube has the same volume as the cuboid.

Find the surface area of the cube, giving your answer correct to 3 significant figures.

[4]

Question 8

Lily buys and sells microwaves.

She buys each one for £32 and sells it for £60. She also pays £7 for the delivery of each microwave she sells.

If she sells a microwave that is faulty then Lily must pay for its repair and redelivery. This costs her another £25 for each faulty microwave.

Last month, 6 out of the 80 microwaves Lily sold were faulty.

This month she has orders for 133 microwaves.

Calculate her expected percentage profit on this month’s order. Showing your working in the boxes below may help you present your work.

Figure for question 8

[6]

Question 9

The graph shows the number of umbrellas sold in Ling’s shop for each quarter from quarter 1 of 2017 to quarter 3 of 2019.

Figure for question 9
(a)

The shop sold 32 umbrellas in quarter 4 of 2019.

Complete the graph.

[1]

(b)

Make one comment about the seasonal variation shown in this graph.

[1]

(c)

Make one comment about the annual variation shown in this graph.

[1]

(d)

Ling predicts that she will sell 50 umbrellas in quarter 1 of 2020.

What assumption has she made?

[1]

Question 10

The diagram shows Jane’s lawn. It is in the shape of a square of side 36 m and three semi-circles.

Figure for question 10

She is going to spread fertiliser on the lawn at a rate of 30 g per square metre. The fertiliser is only sold in 10 kg bags costing £15.80 each.

Calculate the cost of buying the bags of fertiliser for her lawn. You must show all your working.

[6]

Question 11

(a)

The length, d, of Jamal’s car is 4.72 m, correct to 2 decimal places.

Complete the error interval for the length, d.

[2]

(b)

Jamal travels 430 km, correct to the nearest 10 km. His average speed is 57.3 km / h, correct to 1 decimal place.

Calculate the shortest possible time for Jamal’s journey. Give your answer correct to the nearest minute.

(b)........ hours........ minutes

[5]

Question 13

Ali and Beth take it in turns to play a computer game. On each turn, the player achieves a score out of 50. Ali and Beth play the computer game many times and record their scores.

(a)

Ali’s scores are summarised below.

• median = 31

• highest score = 38

• range = 23

• lower quartile = 24

• interquartile range = 11

Draw a box plot to show the distribution of Ali’s scores.

Figure for question 13

[3]

(b)

This box plot shows the distribution of Beth’s scores.

Figure for question 13

Find the interquartile range of Beth’s scores.

[2]

(c)

Kareem says

Beth was more consistent than Ali because Beth had a lower median score.

Is his statement correct? Explain your reasoning.

[2]

Question 19

(a)

The graph shows the speed of a vehicle during the first 40 seconds of motion.

Figure for question 19

Calculate the distance travelled by the vehicle during the 40 seconds.

[3]

(b)

The graph shows the distance travelled by a particle over 6 seconds.

Figure for question 19
(b)(i)

Work out the average speed of the particle between 2 and 4 seconds.

[2]

(b)(ii)

Estimate the speed of the particle at 4 seconds.

[4]

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