Pearson Edexcel International GCSE

4MA1 Mathematics A: May/June 2026 Paper 2HRHigher Tier Paper 2

Question paper / 28 pages

4MA1/2HR

Pearson Edexcel International GCSE Mathematics A, May/June 2026, Higher Tier Paper 2.

Pearson Edexcel International GCSE 4MA1 Mathematics A past paper 2HR, Higher Tier Paper 2, May/June 2026. Open it online or download the question paper PDF free.

Sit this paper like the real exam

2 h · 100 marks

Timed attempt

4MA1 Mathematics A May/June 2026 Paper 2HR (Higher Tier Paper 2)

Time allowed
2 h
Total marks
100
  • The clock starts when you press Start and does not stop unless you pause it.
  • No notes and no videos. Work on paper and keep your answers.
  • Check the front page of the paper for the calculator rule.
Extra time (if you get it in the real exam)

Questions

Rebuilt from the 4MA1/2HR May/June 2026 paper so it reads well on any screen. Diagrams and tables are shown from the original.

  1. 13 marks

    The diagram shows a right‑angled triangle.

    Loading diagram…
    From page 3 of the paper.

    Work out the value of x

    x = [3]

  2. 22 marks

    Here are the first five terms of an arithmetic sequence.

    Loading diagram…
    From page 4 of the paper.

    Find an expression, in terms of n, for the nth term of this sequence.

    [2]

  3. 31 mark

    E = {integers from 1 to 12} A = {factors of 12}

    List the members of the set A′

    [1]

  4. 48 marks

    (a)Solve 3(x + 2) = 1 – 5x Show clear algebraic working.

    x = [3]

    P = c2– 5d

    (b)Work out the value of P when c = –7 and d = 3

    P = [2]

    (c)Simplify m0

    [1]

    (d)Simplify (4r2 t)3

    [2]

  5. 55 marks

    Sarah and Dej each give some money to charity A and to charity B

    Sarah shares $400 between charity A and charity B in the ratio 2 : 3

    Dej shares $375 between the two charities. He gives twice as much money to charity B as he gives to charity A

    Dej gives more money to charity B than Sarah gives to charity B

    How much more?

    $ [5]

  6. 64 marks

    Mika has six cards. There is a number on each card. The cards are arranged with the numbers in order of size. Three of the numbers are hidden.

    Loading diagram…
    From page 7 of the paper.

    The mode of the six numbers is 8 The range of the six numbers is 7 The sum of the six numbers is 31

    Work out the median of the six numbers.

    [4]

  7. 73 marks

    (a)Write 4 × 10–5 as an ordinary number.

    [1]

    (b)Work out (6 × 10158) × (2 × 1072) Give your answer in standard form.

    [2]

  8. 83 marks

    Lauren’s salary increased by 4% After the increase, her salary was 36 400 euros.

    Work out Lauren’s salary before the increase.

    euros[3]

  9. 93 marks

    Change a speed of 198 kilometres per hour to a speed in metres per second. Show your working clearly.

    m/s[3]

  10. 103 marks

    The diagram shows a solid cylinder.

    Loading diagram…
    From page 10 of the paper.

    The cylinder has radius 4 cm and height 11 cm The cylinder is made from wood with a density of 0.6 g/cm3

    Work out the mass of the cylinder. Give your answer correct to 3 significant figures.

    g[3]

  11. 115 marks

    The diagram shows a square ABCD and a right‑angled triangle EFG

    Loading diagram…
    From page 11 of the paper.

    The area of square ABCD is 36 cm2 DC = EG

    Work out the area of triangle EFG Give your answer correct to one decimal place. Show your working clearly.

    cm2[5]

  12. 123 marks

    y

    6

    5

    Loading diagram…
    From page 12 of the paper.

    The region R, shown shaded in the diagram, is bounded by the y‑axis and the straight lines with equations

    Loading diagram…
    From page 12 of the paper.

    2x + 5y = 12

    Write down the three inequalities that define R

    [3]

  13. 134 marks

    (a)Complete the table of values for y = x + 1x

    Loading diagram…
    From page 13 of the paper.

    [2]

    (b)On the grid, draw the graph of y = x + 1x for 0.25  x  5

    Loading diagram…
    From page 13 of the paper.

    [2]

  14. 148 marks

    Pras has 2 bags of counters, bag A and bag B

    In bag A, there are 4 green counters and 3 red counters. In bag B, there are 5 green counters and 1 red counter.

    Pras is going to take at random a counter from bag A and a counter from bag B

    (a)Complete the probability tree diagram.

    Loading diagram…
    From page 14 of the paper.

    Loading diagram…
    From page 14 of the paper.

    Loading diagram…
    From page 14 of the paper.

    Loading diagram…
    From page 14 of the paper.

    Red[2]

    (b)Work out the probability that Pras will take two green counters.

    [2]

    Pras also has a third bag of counters, bag C In bag C, there are only green counters and red counters. All the original counters are back in bag A and bag B

    Pras is going to take at random a counter from bag A, a counter from bag B and a counter from bag C

    The probability that Pras will take three red counters is 370

    (c)Work out the probability that Pras will take 1 green counter and 2 red counters.

    [4]

  15. 152 marks

    Mina recorded the times taken, in minutes, by 11 people to complete a puzzle. Here are her results.

    Loading diagram…
    From page 16 of the paper.

    Find the interquartile range of these times.

    minutes

     1 n[2]

  16. 162 marks

     a    a 

    Work out the value of n

    n =

    Loading diagram…
    From page 17 of the paper.

    [2]

  17. 172 marks

    Use algebra to show that 0.814 = 2227[2]

  18. 182 marks

    Here are two vectors.

    Loading diagram…
    From page 17 of the paper.

    Find AC as a column vector.

    [2]

  19. 193 marks

    The table gives information about the times, in minutes, some people spent waiting to go on a rollercoaster.

    Time (t minutes) Frequency

    0 < t  20

    20 < t  25

    25 < t  35

    35 < t  50

    On the grid, draw a histogram for this information.

    Loading diagram…
    From page 18 of the paper.

    [3]

  20. 203 marks

    Make x the subject of y  3x  54  2x

    [3]

  21. 213 marks
    Loading diagram…
    From page 19 of the paper.

    d = 6.6 correct to 1 decimal place e = 2.8 correct to 1 decimal place f = 0.47 correct to 2 decimal places

    Calculate the lower bound for the value of p Give your answer correct to 3 significant figures. Show your working clearly.

    [3]

  22. 225 marks

    Solve the simultaneous equations

    Loading diagram…
    From page 20 of the paper.

    Show clear algebraic working.

    [5]

  23. 235 marks

    K, L and M are three similar solids.

    volume of K : volume of L = 125 : 216

    surface area of K : surface area of M = 4 : 9

    The height of M is y% greater than the height of L

    Work out the value of y Show your working clearly.

    y = [5]

  24. 244 marks

    A

    Loading diagram…
    From page 22 of the paper.

    AB, BC and CD are three sides of a regular polygon. ABE is a straight line.

    BCE is a sector of a circle with centre B and radius 4.5 cm

    The length of arc CE is 310 π cm

    Work out the sum of the interior angles of the regular polygon.

    Loading diagram…
    From page 22 of the paper.

    [4]

  25. 254 marks

    The graph of y = a sin(x + b)° for 0  x  360 is drawn on the grid below.

    Loading diagram…
    From page 23 of the paper.

    Given that a < 0 and that 0 < b < 360

    (a)find the value of a and the value of b

    a =

    b = [2]

    A curve has equation y = f(x) The point T with coordinates (p, q) lies on the curve.

    (b)Find the coordinates of the image of T on the curve with equation

    Loading diagram…
    From page 23 of the paper.

    Give your coordinates in terms of p and q

    ( , )[2]

  26. 266 marks

    Here are the first four terms of an arithmetic series.

    Loading diagram…
    From page 24 of the paper.

    The sum of the first 2n terms of the series is 4 times the sum of the first n terms of the series.

    Work out the numerical value of the 100th term of the series. Show your working clearly.

    [6]

  27. 274 marks

    Bryan owns a house.

    During 2024, the value of Bryan’s house increased by x% During 2025, the value of Bryan’s house increased by 2x%

    Overall, during 2024 and 2025, the value of Bryan’s house increased by 38.88%

    Work out the value of x Show clear algebraic working.

    x = [4]

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