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Maths · OCR J560 · Paper 3: Calculator · Foundation · November 2022

OCR GCSE Maths Paper 3: Calculator Foundation November 2022 question paper J560/03

1h 30m 100 marks

Practise the past exam questions by topic

OCR J560 · Paper 3

26 questions
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Question 4

On the grid are seven triangles, labelled A to G.

Figure for question 4

Complete each statement by writing the letter of the correct triangle.

Triangle A is congruent to triangle........

Triangle B is mathematically similar to triangle........

[2]

Question 9

A meal deal consists of a burger, a side dish and a drink chosen from these lists.

Burgers
Side dish
Drink Hamburger (H) Baked beans (B) Cola (C) Veggie burger (V) Fries (F)
Lemonade (L) Sweetcorn (S)

(a)

Some of the possible meal deals are shown in this table.

Complete the table to show all the possible meal deals. You may not need all the rows.

Figure for question 9

[2]

(b)

Write down the fraction of the meal deals that include baked beans (B).

[1]

Question 10

Two supermarkets, A and B, have special offers on the same packet of biscuits.

Figure for question 10
(a)

Dan buys one packet of these biscuits.

Which supermarket is best value for Dan? Show how you decide.

Supermarket........ because........

[3]

(b)

Darcy buys three packets of these biscuits.

Which supermarket is best value for Darcy? Show how you decide.

Supermarket........ because........

[3]

Question 12

Kai has a bag of marbles that are red or blue or green or yellow.

Kai takes a marble at random, records the colour and returns the marble to the bag. Kai does this 800 times.

The table shows some of the results.

ColourRedBlueGreenYellow
Frequency4880296
Relative frequency0.060.100.370.47
(a)

Complete the table to show the number of times a yellow marble is taken.

[2]

(b)(i)

There are 40 marbles in the bag.

Work out how many blue marbles are likely to be in the bag.

[2]

(b)(ii)

Is your answer to part (b)(i) likely to be the actual number of blue marbles in the bag? Give a reason for your answer.

[1]

Question 13

(a)

All of the loaves in a baker’s shop cost the same price. Rowan buys 3 loaves and pays £3.78. Azmi buys 5 loaves.

Work out how much Azmi pays.

[3]

(b)

Alex and Ling travel the same distance to school.

Alex walks to school in 20 minutes. Ling runs to school at twice the speed that Alex walks.

Find how many minutes it takes Ling to run to school.

[2]

Question 16

A ball of dough is left to rise before it is baked. The graph shows the height of the ball of dough over the first 20 minutes.

Figure for question 16
(a)

Work out the gradient of the line as a decimal, giving the units of your answer. Show how you work out your answer.

[3]

(b)

A baker works out the height of the ball of dough at the end of 25 minutes as 14 cm.

(b)(i)

Use your gradient to show that the baker could be correct.

[2]

(b)(ii)

What assumption has the baker made?

[1]

Question 18

The graph shows the solution to this pair of simultaneous equations.

2 x + y = 14 x + 2 y = 13

Use the solution to work out the value of 3 x + y. You must show how you work out your answer.

Figure for question 18

[3]

Question 22

A recipe for a batch of jam needs 3 oranges, 5 lemons and 1.5 kg of sugar. A cook uses the recipe to make lots of batches of jam. They use 16 more lemons than oranges in total.

F ind how much sugar the cook should use.

[3]

Question 23

Sam and Taylor are playing a game against a computer. They can win, draw or lose the game.

Sam says

I think the probability of us winning the game is 0.3.

Taylor says

I think the probability of us losing the game is 0.75.

(a)

Explain why Sam and Taylor cannot both be correct.

[1]

(b)

Sam is correct. The probability of them winning the game is 0.3. Taylor is not correct. The probability of them losing the game is actually 0.55.

Complete this partly drawn tree diagram to show all the possible outcomes of playing the game twice.

Figure for question 23

[3]

(c)

Find the probability of them winning the first game and losing the second game.

[2]

Question 24

The scatter diagram shows the number of visitors to a children’s playground and the maximum temperature on fifteen Saturdays in summer.

Figure for question 24
(a)

Describe the type of correlation shown in the scatter diagram.

[1]

(b)

One Saturday was a hot but stormy day.

(b)(i)

Circle the most likely point on the scatter diagram for this Saturday.

[1]

(b)(ii)

Explain why you chose this point.

[1]

(c)

Use a line of best fit to predict the number of visitors on a Saturday that has a maximum temperature of 21 °C.

[2]

Question 25

A child has four identical wooden cubes of side length 6 cm.

Figure for question 25
(a)

They arrange the cubes in a 2 by 2 by 1 arrangement to form a cuboid.

Figure for question 25

Show that the surface area of the cuboid is 576 cm2.

[2]

(b)

The child rearranges the cubes in a 4 by 1 by 1 arrangement to form a different cuboid.

Figure for question 25

Calculate the percentage increase in surface area for this cuboid compared with the 2 by 2 by 1 cuboid.

[4]

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