Pearson Edexcel International GCSE

4MA1 Mathematics A: May/June 2024 Paper 1HHigher Tier Paper 1

Question paper / 28 pages

4MA1/1H

Pearson Edexcel International GCSE Mathematics A, May/June 2024, Higher Tier Paper 1.

Pearson Edexcel International GCSE 4MA1 Mathematics A past paper 1H, Higher Tier Paper 1, May/June 2024. Open it online or download the question paper PDF free.

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2 h · 100 marks

Timed attempt

4MA1 Mathematics A May/June 2024 Paper 1H (Higher Tier Paper 1)

Time allowed
2 h
Total marks
100
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  • 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 4MA1/1H May/June 2024 paper so it reads well on any screen. Diagrams and tables are shown from the original.

  1. 13 marks

    Here are the first four terms of an arithmetic sequence.

    Loading diagram…
    From page 3 of the paper.

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

    [2]

    The nth term of a different arithmetic sequence is 5n + 17

    (b)Find the 12th term of this sequence.

    [1]

  2. 24 marks

    450 students were asked how they travelled to school on Monday. Each student walked or travelled by bus or travelled by car or travelled by bicycle. Each student used just one method of travel.

    One of these students is chosen at random. The table shows information about the probability of each method of travel.

    Loading diagram…
    From page 4 of the paper.

    Work out how many of the 450 students travelled by car.

    [4]

  3. 32 marks

    Find the highest common factor (HCF) of 72 and 108 Show your working clearly.

    [2]

  4. 43 marks

    Ava records the number of kilometres she drives each month.

    In April, Ava drove 943 kilometres. This is 15% more than the number of kilometres she drove in March.

    Work out the number of kilometres Ava drove in March.

    kilometres[3]

  5. 54 marks

    In the diagram, ABCDE is a regular pentagon.

    Loading diagram…
    From page 6 of the paper.

    Angle AEF = 96°

    Work out the size of the obtuse angle FED Show your working clearly.

    Loading diagram…
    From page 6 of the paper.

    [4]

  6. 65 marks

    (a)Expand and simplify (m + 5)(m – 8)

    [2]

    (b)Solve 3n – 4 = 5n + 63

    Show clear algebraic working.

    n = [3]

  7. 75 marks

    ℰ = {23, 24, 25, 26, 27, 28, 29, 30, 31, 32, 33, 34} A = {even numbers} B = {23, 29, 31} C = {multiples of 3}

    (a)List the members of the set

    (i)B ∪ C

    [1]

    (ii)A′ ∩ C

    [1]

    (b)Is it true that B ∩ C = ∅ ?

    Tick ( ) one of the boxes below.  Yes No

    Give a reason for your answer.

    [1]

    The set D has 4 members and is such that D ∩ (A ∪ C) = ∅

    (c)List the members of set D

    [2]

  8. 83 marks

    A cylinder is placed on a table.

    Loading diagram…
    From page 9 of the paper.

    The volume of the cylinder is 1575 cm3 The force exerted by the cylinder on the table is 84 newtons.

    Loading diagram…
    From page 9 of the paper.

    Work out the pressure on the table due to the cylinder.

    newtons/cm2[3]

  9. 93 marks

    The table gives the amount of rice produced by each of two countries in 2020

    Country Amount of rice (tonnes)

    Loading diagram…
    From page 10 of the paper.

    (a)Write 3.5 × 107 as an ordinary number.

    [1]

    In 2020, Japan produced 6 780 000 more tonnes of rice than Argentina.

    (b)Work out the amount of rice Japan produced in 2020 Give your answer in standard form.

    tonnes[2]

  10. 104 marks

    (a)Simplify (2p)0 where p > 0

    [1]

    y9 × y–3= yn

    (b)Find the value of n

    n = [1]

    (c)Simplify fully (5a4 c2)3

    [2]

  11. 114 marks

    The diagram shows a roof support.

    Loading diagram…
    From page 12 of the paper.

    The roof support is made from four lengths of wood, AB, AC, BC and MC

    AC = BC = 9 m AB = 12 m

    angle AMC = 90°

    Lewis is going to buy lengths of wood to make the roof support.

    The wood costs 21.50 euros per metre. Each length of wood he buys has to be a whole number of metres.

    Work out the total cost of the wood Lewis needs to buy. Show your working clearly.

    euros[4]

  12. 125 marks

    (a)Factorise fully 6y2– 5y – 4

    [2]

    (b)Express 2x  14x  7  5x3x as a single fraction in its simplest form.

    [3]

  13. 135 marks

    Harman has two bags of beads.

    In bag A, there are 3 white beads and 7 black beads. In bag B, there are 5 white beads and 4 black beads.

    Harman takes at random a bead from bag A and a bead 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.

    [2]

    (b)Work out the probability that Harman takes two beads of the same colour.

    [3]

  14. 145 marks

    The combined savings of Abel and Bahira are 15 435 dinars.

    The savings of Bahira are 45% more than the savings of Abel.

    The savings of Bahira are 32 times the savings of Chanda.

    Work out the savings of Chanda.

    dinars[5]

  15. 154 marks

    The function f is defined as

    Loading diagram…
    From page 16 of the paper.

    (a)State the value of x that cannot be included in any domain of the function f

    [1]

    (b)Express the inverse function f–1 in the form f–1(x) = ...

    f –1(x) = [3]

  16. 164 marks

    There are 20 sweets in a box.

    15 of the sweets are red

    Loading diagram…
    From page 17 of the paper.

    Fred takes at random 3 sweets from the box.

    Work out the probability that Fred takes at least one sweet of each colour from the box.

    [4]

  17. 173 marks

    Show that 1 3  55 can be written in the form a + b where a and b are integers.

    Show each stage of your working clearly.[3]

  18. 185 marks

    A curve C has equation y = x3 ‒ 40x + 1

    Find the coordinates of both the points on C at which the gradient is 8

    ( , )

    ( , )[5]

  19. 195 marks

    Here is quadrilateral ABCD

    B

    Loading diagram…
    From page 20 of the paper.

    Work out the value of x Give your answer correct to 3 significant figures.

    x = [5]

  20. 204 marks

    The diagram shows a sector OABC of a circle centre O

    A

    Loading diagram…
    From page 21 of the paper.

    Angle AOC = 60°

    The area of the shaded segment ABC is 38 cm2

    Work out the perimeter of the shaded segment ABC Give your answer correct to one decimal place.

    cm[4]

  21. 212 marks

    A curve has equation y = f (x)

    There is one minimum point on this curve. The coordinates of this minimum point are (5, ‒4)

    Write down the coordinates of the minimum point on the curve with equation

    (i)y = f (x + 7)

    ( , )[1]

    (ii)y = f (x) ‒ 6

    ( , )[1]

  22. 223 marks

    The incomplete histogram shows some information about the distances, in kilometres, that 100 adults ran last week.

    Loading diagram…
    From page 23 of the paper.

    All of the adults ran at least 5 kilometres. None of the adults ran more than 55 kilometres. 14 adults ran between 15 kilometres and 20 kilometres.

    Complete the histogram.[3]

  23. 235 marks

    A solid shape is made by removing a hemisphere, shown shaded, from a cone as shown in the diagram.

    Loading diagram…
    From page 24 of the paper.

    The radius of the hemisphere is 2x cm The radius of the base of the cone is 5x cm The vertical height of the cone is 6x cm

    The volume of the solid shape is 6948π cm3

    Work out the total surface area of the solid hemisphere that has been removed from the cone. Give your answer correct to the nearest integer.

    cm2[5]

  24. 246 marks

    A polygon has n sides, where n > 5

    The interior angles of the polygon form an arithmetic sequence.

    The smallest angle of the polygon is 84° The common difference of the sequence is 4°

    Work out the sum of the interior angles of the polygon. Show clear algebraic working.

    Loading diagram…
    From page 27 of the paper.

    [6]

  25. 254 marks

    f (x) = 17 − 3x2+ 12x

    Write f (x) in the form a – b(x − c)2 where a, b and c are constants.

    f (x) = [4]

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