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AQA GCSE·🔢 Mathematics·foundation

AQA GCSE Mathematics — Paper 3 (Foundation Tier, Calculator)

⏱ 90 minutes📊 80 marks📄 Paper 3 (Foundation Tier, Calculator)
📚 Subject revision notes↩ All exam papers
ℹ️ About this paper: This is an exam-board-aligned practice paper written in the style of AQA GCSE— not an official past paper. Use it for timed practice, then check against the mark scheme included below. For official past papers, see the exam board's website.
00:00of 90:00

Total marks: 80 · Duration: 90 minutes · Tier: Foundation

Instructions to candidates

  • Use black ink or black ball-point pen. Draw diagrams in pencil.
  • Answer all questions.
  • You must answer the questions in the spaces provided.
  • In all calculations, show clearly how you work out your answer.
  • You may use a calculator.
  • Diagrams are not accurately drawn, unless otherwise indicated. Where a question describes a shape in words, you may find it helpful to sketch it.

Information

  • The marks for questions are shown in brackets.
  • The maximum mark for this paper is 80.
  • Where a question asks you to circle your answer, choose one of the four options.

Paper

1 Circle the prime number.

21 27 29 33

[1 mark]


2 Circle 3/8 written as a decimal.

0.38 0.375 3.8 0.0375

[1 mark]


3 Circle the name of a polygon with 8 sides.

heptagon nonagon decagon octagon

[1 mark]


4 Circle 1% of 4500

45 4.5 450 0.45

[1 mark]


5 (a) Write these numbers in order of size. Start with the smallest.

0.6 5/8 0.58 62%

[2 marks]

5 (b) Work out 2.6³ − 1.4 × 5.2

Write down all the figures on your calculator display.

[1 mark]


6 Here is a function machine.

Input → × 3 → − 5 → Output

The output is 16. Work out the input.

[2 marks]


7 A recipe for 4 people uses

300 g flour 2 eggs 150 ml milk

Lena makes the recipe for 10 people. Work out how much of each ingredient she needs.

[3 marks]


8 A trapezium has parallel sides of length 7 cm and 11 cm. The perpendicular distance between the parallel sides is 5 cm.

Work out the area of the trapezium.

[2 marks]


9 The table shows the number of pets owned by 20 students.

Number of pets Frequency
0 6
1 9
2 4
3 1

9 (a) Write down the mode.

[1 mark]

9 (b) Work out the mean number of pets.

[3 marks]


10 PQ and RS are parallel straight lines. P is directly above R, so P and R are on the left. A straight line crosses PQ at A and RS at B.

Angle PAB = 68°

Work out the size of angle ABR. Give a reason for your answer.

[2 marks]


11 The exchange rate is £1 = €1.16

11 (a) Tom changes £350 into euros. How many euros does he get?

[1 mark]

11 (b) Tom changes €100 back into pounds at the same rate. How many pounds does he get? Give your answer to the nearest penny.

[2 marks]


12 Asha invests £2000 for 4 years at 3% per year simple interest.

Work out the total value of her investment after 4 years.

[2 marks]


13 T = 3a² − 2b

Work out the value of T when a = 4 and b = −5

[2 marks]


14 Write the ratio 450 g : 1.2 kg in its simplest form.

[2 marks]


15 P is the point (3, 1).

15 (a) P is reflected in the y-axis. Write down the coordinates of the new point.

[1 mark]

15 (b) P is translated 2 units right and 5 units down. Write down the coordinates of the new point.

[1 mark]


16 Kai walks 9.6 km at an average speed of 4 km/h. He sets off at 10:45

At what time does he finish his walk?

[3 marks]


17 A rectangle has length (2x − 1) cm and width (x + 5) cm. The perimeter of the rectangle is 50 cm.

Work out the value of x.

[3 marks]


18 80 students were asked how they travel to school. The table shows some of the results.

Walk Bus Car Total
Boys 14 9 38
Girls 12 42
Total 30 80

18 (a) Work out the missing values in the table.

[3 marks]

18 (b) One of the girls is chosen at random. Work out the probability that she travels by bus.

[1 mark]


19 A shape is a semicircle with diameter 12 cm.

Work out the perimeter of the shape. Give your answer to 1 decimal place.

[3 marks]


20 Amy, Ben and Cal share £720. Amy gets 1/4 of the money. Ben and Cal share the rest in the ratio 2 : 7.

How much does Cal get?

[3 marks]


21 Solve 5x − 3 > 2x + 9

[2 marks]


22 A trader buys 40 vases for £12 each. She sells 30 of the vases for £20 each. She sells the other 10 vases at half of this price.

Work out her percentage profit. Give your answer to 1 decimal place.

[4 marks]


23 A prism is 15 cm long. Its cross-section is a triangle with a base of 6 cm and a perpendicular height of 4 cm.

Work out the volume of the prism.

[2 marks]


24 The table shows the number of hours of sunshine and the number of ice creams sold at a beach café on 8 days.

Hours of sunshine 2 3 4 5 6 7 9 10
Ice creams sold 14 20 23 31 34 40 52 55

24 (a) Describe the type of correlation shown by the data.

[1 mark]

24 (b) Explain why it would not be reliable to use these data to estimate the number of ice creams sold on a day with 14 hours of sunshine.

[1 mark]


25 Factorise fully 12x² + 8x

[2 marks]


26 A fish tank is a cuboid. It is 80 cm long, 50 cm wide and 60 cm high. Water flows into the empty tank at 12 litres per minute.

1 litre = 1000 cm³

How many minutes does it take to fill the tank?

[3 marks]


27 Triangles ABC and PQR are mathematically similar. AB = 6 cm, BC = 8 cm and PQ = 15 cm. AB corresponds to PQ, and BC corresponds to QR.

Work out the length of QR.

[2 marks]


28 Light travels at 3 × 10⁸ metres per second. The distance from the Sun to the Earth is 1.5 × 10¹¹ metres.

How many seconds does it take light to travel from the Sun to the Earth?

[2 marks]


29 A is the point (2, 7) and B is the point (8, −1).

29 (a) Work out the coordinates of the midpoint of AB.

[1 mark]

29 (b) Work out the gradient of the line AB.

[2 marks]


30 ξ = {whole numbers from 1 to 12} A = {multiples of 3} B = {factors of 12}

30 (a) List the members of A ∩ B.

[2 marks]

30 (b) A number is chosen at random from ξ. Work out the probability that it is in A ∪ B.

[1 mark]


31 A triangle has sides of length 9 cm, 12 cm and 15 cm.

Show that the triangle is right-angled.

[2 marks]


32 (a) Complete the table of values for y = 2x² − 3

x −2 −1 0 1 2
y 5 5

[2 marks]

32 (b) Write down the coordinates of the lowest point on the graph of y = 2x² − 3

[1 mark]


33 Solve x² + 2x − 15 = 0

[3 marks]

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