Edexcel IGCSE Maths A Paper 1H Higher November 2020 question paper 4MA1/1HR
Practise the past exam questions by topic
Edexcel 4MA1 · Paper 1H (R)
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Question 2
Using ruler and compasses only, construct the bisector of angle ABC. You must show all your construction lines.
(2)
Question 3
Simplify h7h2
G = c2 – 4c
(1)
Find the value of G when c = –5
(2)
Show clear algebraic working.
(3)
Question 4
The table gives information about the length of time, in minutes, that each of 60 students took to travel to school on Monday.
| Length of time (t minutes) | Frequency |
| 0 | 4 |
| 10 | 10 |
| 20 | 15 |
| 30 | 25 |
| 40 | 6 |
Write down the modal class interval.
(1)
Work out an estimate for the mean length of time taken by these 60 students to travel to school on Monday. Give your answer correct to one decimal place.
(4)
Question 5
In 2017, the population of a village was 7500 In 2019, the population of the village was 8265
Work out the percentage increase in the population of the village from 2017 to 2019
In a sale, normal prices are reduced by 30% The sale price of a T‑shirt was 31.50 euros.
(3)
Question 6
Point A has coordinates (–3, 11) Point B has coordinates (47, b) The midpoint of AB has coordinates (a, –19)
Find the value of a and the value of b.
(2)
Question 7
Pedro drove from Toulouse to Montpellier in 2 hours 42 minutes. He drove at an average speed of 90 km/hour.
Janine drove from Toulouse to Montpellier along the same route as Pedro. The journey took her 3 hours.
Work out Janine’s average speed for the journey.
(4)
Question 8
Harold bought an antique clock for £1200 The clock increased in value by 8% per year.
Find the value of the clock exactly 3 years after Harold bought the clock. Give your answer correct to the nearest £.
(3)
Question 9
A box is put on a horizontal table.
The face of the box in contact with the table is a square of side 1.5 metres. The pressure on the table due to the box is 34.8 newtons/m2
(3)
Question 10
Question 11
The frequency table gives information about the ages of the 80 people in a train carriage.
| Age (a years) | Frequency |
| 0 | 9 |
| 20 | 19 |
| 30 | 17 |
| 40 | 18 |
| 50 | 13 |
| 60 | 4 |
Complete the cumulative frequency table.
(1)
On the grid, draw a cumulative frequency graph for your table.
Age (a years)
(2)
Use your graph to find an estimate for the median age of the people in the train carriage.
(2)
Question 12
Solve the simultaneous equations
7 x + 2 y = 5.5 3 x – 5 y = 17
Show clear algebraic working.
(4)
Question 13
There are two points on the curve C at which the gradient of the curve is 2
Find the x coordinate of each of these two points. Show clear algebraic working.
(4)
Question 14
Expand and simplify (4 x + 1)(x – 3)(5 x + 6)
(3)
Question 15
B, D, E and F are points on a circle. ABC is the tangent to the circle at B.
Angle EDF = 40 Angle FBC = 70
Prove that the tangent ABC is parallel to EF. Give a reason for each stage of your working.
(4)
Question 16
The functions f and g are defined as
f:x 5x – 7
Write down the value of x that must be excluded from any domain of g
(1)
Express the inverse function g–1 in the form g–1:x ...
g–1:x ........
(3)
Question 17
The diagram shows a prism ABCDEFGH with a horizontal base.
The base of the prism, EFGH, is a square of side 12 cm. Trapezium ADEF is a cross section of the prism where AF and DE are vertical edges.
DE = CH = 10 cm AD = BC = 15 cm
Work out the size of the angle between CF and the base EFGH. Give your answer correct to one decimal place.
(3)
Work out the length of BE. Give your answer correct to one decimal place.
(3)
Question 18
In an arithmetic series, the 6th term is 39 In the same arithmetic series, the 19th term is 7.8
Work out the sum of the first 25 terms of the arithmetic series.
(4)
Question 19
The diagram shows rectangle ABCD with rectangle EFGH cut out to form the shaded region.
AD = 8.3 cm correct to one decimal place DC = 7.2 cm correct to one decimal place EH = 6.2 cm correct to one decimal place HG = 5.3 cm correct to one decimal place
Work out the upper bound of the area of the shaded region. Show your working clearly.
(3)
Question 20
A curve has equation y = f(x) There is only one maximum point on the curve. The coordinates of this maximum point are (–3, 4)
Write down the coordinates of the maximum point on the curve with equation
y = f(x) – 6
(1)
y = f(2x)
(1)
Question 21
find the values of n for which M = 2
(5)
Question 22
The diagram shows a regular octagon ABCDEFGH.
Each side of the octagon has length 10 cm.
Find the area of the shaded region ACDEH. Give your answer correct to the nearest cm2
(6)
Question 23
In a bag, there are only
3 blue beads 4 white beads and x orange beads.
Jean is going to take at random two beads from the bag. The probability that Jean will take two beads of the same colour is Find the total number of beads in the bag. Show clear algebraic working.
(4)
The paper as printed
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