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Maths · Edexcel 1MA1 · Paper 3: Calculator · Higher · November 2020

Edexcel GCSE Maths Paper 3: Calculator Higher November 2020 question paper 1MA1/3H

1h 30m 80 marks

Practise the past exam questions by topic

Edexcel 1MA1 · Paper 3H

21 questions
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Question 2

Andy cycles a distance of 30 km at an average speed of 24 km/h. He then runs a distance of 12 km at an average speed of 8 km/h. Work out the total time Andy takes. Give your answer in hours and minutes.

(3)

Question 4

Maisie knows that she needs 3 kg of grass seed to make a rectangular lawn 5 m by 9 m. Grass seed is sold in 2 kg boxes. Maisie wants to make a rectangular lawn 10 m by 14 m. She has 5 boxes of grass seed.

(a)

Has Maisie got enough grass seed to make a lawn 10 m by 14 m? You must show all your working.

(4)

(b)

Maisie opens the 5 boxes of grass seed. She finds that 4 of the boxes contain 2 kg of grass seed. The other box contains 1 kg of grass seed.

Does this affect whether Maisie has enough grass seed to make her lawn? Give a reason for your answer.

(1)

Question 6

Figure for question 6
(a)

Use these graphs to solve the simultaneous equations 5 x − 9 y = −46 y = − 2 x

Figure for question 6

(1)

(b)

Use this graph to find estimates for the solutions of the quadratic equation x² − 4x + 2 = 0

(2)

Question 7

There is a total of 45 boys and girls in a choir. The mean age of the 18 boys is 16.2 years. The mean age of the 27 girls is 16.7 years. Calculate the mean age of all 45 boys and girls.

(3)

Question 8

There are some counters in a bag. The counters are blue or green or red or yellow. The table shows the probabilities that a counter taken at random from the bag will be blue or will be green.

Colourbluegreenredyellow
Probability0.320.20

The probability that a counter taken at random from the bag will be red is five times the probability that the counter will be yellow. There are 300 counters in the bag. Work out the number of yellow counters in the bag.

(3)

Question 9

The diagram shows a prism.

Figure for question 9

The cross section of the prism has exactly one line of symmetry. Work out the volume of the prism. Give your answer correct to 3 significant figures.

(5)

Question 10

10A person’s heart beats approximately 105 times each day. A person lives for approximately 81 years.

(a)

Work out an estimate for the number of times a person’s heart beats in their lifetime. Give your answer in standard form correct to 2 significant figures.

(2)

(b)

2 × 1012 red blood cells have a total mass of 90 grams.

Work out the average mass of 1 red blood cell. Give your answer in standard form.

(2)

Question 11

The diagram shows a triangle P on a grid.

Figure for question 11

Triangle P is rotated 180° about (0, 0) to give triangle Q. Triangle Q is translated by 52maths symbolmaths symbol to give triangle R.

(a)

Describe fully the single transformation that maps triangle maths symbol P onto triangle R.

(3)

(b)

Under the transformation that maps triangle P onto triangle R, the point A is invariant.

Write down the coordinates of point A.

(1)

Question 13

(a)

On the grid show, by shading, the region that satisfies all these inequalities.

Question 13, shown as an image

Label the region R.

Figure for question 13

(4)

(b)

The diagram below shows the region S that satisfies the inequalities

Question 13, shown as an image
Figure for question 13

Geoffrey says that the point with coordinates (2, 4) does not satisfy all the inequalities because it does not lie in the shaded region. Is Geoffrey correct? You must give a reason for your answer.

(1)

Question 14

Figure for question 14

Points B, D, E and F lie on a circle. ABC is the tangent to the circle at B. Find the size of angle ABD. You must give a reason for each stage of your working.

(4)

Question 16

Here is a speed-time graph for a car.

Figure for question 16
(a)

Work out an estimate for the distance the car travelled in the first 30 seconds.

(2)

(b)

Is your answer to part (a) an underestimate or an overestimate of the actual distance the car travelled in the first 30 seconds? Give a reason for your answer.

Julian used the graph to answer this question. Work out an estimate for the acceleration of the car at time 60 seconds. Here is Julian’s working. acceleration = speed ÷ time = 13 ÷ 60

Question 16, shown as an image

Julian’s method does not give a good estimate of the acceleration at time 60 seconds.

(1)

(c)

Explain why.

(1)

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June 2020 QP

Nov 2020 QP

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