AQA GCSE Mathematics Paper 3 (Foundation), June 2025

Every question from AQA GCSE Mathematics Paper 3 (Foundation), June 2025 (8300): 24 questions, 80 marks, each with its mark scheme and topic.

Original question paper

  1. Question 1 3 marks

    Given the first three patterns in a sequence of grids containing crosses and shaded squares, draw Pattern 4 and determine how many crosses are in Pattern 6.

    Algebra · 3.2.4 Sequences

  2. Question 2 2 marks

    Find the coordinates of point B on a coordinate grid and determine the coordinates of the midpoint of the line AB.

    Algebra · Geometry and measures · 3.2.2 Graphs · 3.4.1 Properties and constructions

  3. Question 3 3 marks

    List all 6 combinations of bread and fillings for a sandwich, and find the fraction of combinations that use cheese.

    Probability · Number · 3.5 Probability · 3.1.1 Structure and calculation · 3.1.2 Fractions, decimals and percentages

  4. Question 4 4 marks

    Use a number machine to find an output given an input, an input given an output, and determine a missing operation.

    Number · Algebra · 3.1.1 Structure and calculation · 3.2.3 Solving equations and inequalities

  5. Question 5 4 marks

    Complete an equivalence table for fractions, decimals, and percentages, and find the percentage of a shaded grid.

    Number · 3.1.2 Fractions, decimals and percentages

  6. Question 6 3 marks

    Identify the most suitable metric unit of length (centimetres, metres, or kilometres) for three everyday measurements.

    Number · Geometry and measures · 3.1.3 Measures and accuracy · 3.4.2 Mensuration and calculation

  7. Question 7 5 marks

    Calculate and compare the total costs of two 24-month mobile phone plans, including applying a 10% discount to one plan.

    Number · Ratio, proportion and rates of change · 3.1.1 Structure and calculation · 3.1.2 Fractions, decimals and percentages · 3.3 Ratio, proportion and rates of change

  8. Question 8 3 marks

    Work out the cost of one hot dog given the cost of one burger and the total cost of two burgers and three hot dogs.

    Number · Algebra · 3.1.1 Structure and calculation · 3.2.3 Solving equations and inequalities

  9. Question 9 4 marks

    Find the smallest and largest whole numbers whose squares are two-digit numbers, and determine with a reason whether 0.8² or 0.8³ is larger.

    Number · 3.1.1 Structure and calculation

  10. Question 10 4 marks

    Find the modal coin value when paying £4.56 with the minimum number of coins, and determine the missing number that makes the median of a list equal to 7.

    Statistics · Number · 3.6 Statistics · 3.1.1 Structure and calculation · 3.1.3 Measures and accuracy

  11. Question 11 3 marks

    Calculate the total number of plates bought for 20 tables with 6 plates per table plus an extra 70% for spares.

    Number · Ratio, proportion and rates of change · 3.1.2 Fractions, decimals and percentages · 3.3 Ratio, proportion and rates of change

  12. Question 12 2 marks

    Identify two mistakes made in drawing a scatter graph and line of best fit representing the age and value of cars.

    Statistics · 3.6 Statistics

  13. Question 13 3 marks

    Work out the ratio of the area of a rectangle to the area of a triangle drawn on a square grid.

    Geometry and measures · Ratio, proportion and rates of change · 3.3 Ratio, proportion and rates of change · 3.4.2 Mensuration and calculation

  14. Question 14 5 marks

    Complete a probability table for mutually exclusive outcomes where two probabilities are equal, and calculate the expected number of cards that are not blue from a total of 600 cards.

    Probability · 3.5 Probability

  15. Question 15 3 marks

    Determine whether two triangles are always, sometimes, or never congruent given conditions on their side lengths, angles, or enlargement scale factor.

    Geometry and measures · 3.4.1 Properties and constructions · 3.4.2 Mensuration and calculation

  16. Question 16 4 marks

    Work out the value of the perimeter of an equilateral triangle with side lengths given by algebraic expressions 6x - 8 and 2x + 12.

    Algebra · Geometry and measures · 3.2.3 Solving equations and inequalities · 3.4.1 Properties and constructions

  17. Question 17 3 marks

    Calculate the combined relative frequency of Heads from two sets of coin throws, and identify which sample gives the best estimate of probability with a reason.

    Probability · 3.5 Probability

  18. Question 18 3 marks

    Calculate the number of matches lost using information given in a pie chart where 30 matches correspond to the won sector.

    Statistics · Ratio, proportion and rates of change · 3.6 Statistics · 3.3 Ratio, proportion and rates of change

  19. Question 19 5 marks

    Calculate the actual distance between two towns from a centimetre grid scale drawing and state the bearing between two locations.

    Geometry and measures · Ratio, proportion and rates of change · 3.3 Ratio, proportion and rates of change · 3.4.2 Mensuration and calculation

  20. Question 20 3 marks

    Find the nth term of a linear sequence given that the second term is 6 and the fifth term is 18.

    Algebra · 3.2.4 Sequences

  21. Question 21 3 marks

    Work out how much money Ary has given Cat's amount, the fractional relationship between Cat and Bea, and the ratio of Ary's amount to Bea's amount.

    Number · Ratio, proportion and rates of change · 3.1.2 Fractions, decimals and percentages · 3.3 Ratio, proportion and rates of change

  22. Question 22 2 marks

    Use a Venn diagram and the given probability P(A) = 1/2 to find the missing value x.

    Probability · Algebra · 3.5 Probability · 3.2.3 Solving equations and inequalities

  23. Question 23 4 marks

    Use Pythagoras' theorem on two connected right-angled triangles to show that the unknown length x is between 10 and 11.

    Geometry and measures · Number · 3.4.2 Mensuration and calculation · 3.1.1 Structure and calculation

  24. Question 24 2 marks

    Find the equation of a straight line parallel to a given line and identify the equation of a line with a given gradient passing through a given point.

    Algebra · 3.2.2 Graphs

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