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Maths · Eduqas C300 · Component 2H · Higher · November 2020

Eduqas GCSE Maths Component 2H Higher November 2020 question paper

Eduqas C300 · Component 2H

26 questions
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Question 1

(a)
Figure for question 1

[2]

Answer
Mark scheme for question 1(a)
(b)

Emma buys another car for £8495. Its value decreases by 16% each year.

What is the car’s value after 11 years?

[3]

Answer
Mark scheme for question 1(b)

Question 2

Figure for question 2

This pattern is made from a regular seven-sided polygon surrounded by squares and isosceles triangles.

Show that the value of x is 64·3 correct to 1 decimal place.

You must show all your working.

[4]

Answer
Mark scheme for question 2

Question 3

Rashid plays a game. Each time he can score 1 point, 5 points or 10 points. The table shows the probability of each outcome.

PointsProbability
10·80
50·15
100·05

Rashid plays the game 40 times.

How many times does he expect to score more than 1 point?

[3]

Answer
Mark scheme for question 3

Question 4

Figure for question 4

[3]

Answer
Mark scheme for question 4

Question 5

The graph shows the number of copies of a local newspaper sold over a 25-year period.

Figure for question 5
(a)

Eva uses the graph to predict that about 10 thousand newspapers will be sold in 2025.

Explain why her prediction may not be reliable.

[1]

Answer
Mark scheme for question 5(a)
(b)

The ratio of adults who read news online to those who do not is 16: 9. The adult population of the UK is about 52 000 000.

Calculate an estimate of the number of adults in the UK who read news online.

[2]

Answer
Mark scheme for question 5(b)

Question 6

Figure for question 6 Figure for question 6

[5]

Answer
Mark scheme for question 6

Question 7

Cheng stands at O and rolls a ball along the horizontal ground.

The ball stops at point B, which: • is equidistant from X and Y, • lies on the bisector of angle XOY.

Use a ruler and a pair of compasses to construct suitable lines and arcs to show the position of point B.

Construction arcs must be clearly shown.

Figure for question 7

[5]

Answer
Mark scheme for question 7

Question 8

The diagram shows two right-angled triangles.

Figure for question 8
(a)

Calculate the value of x.

[3]

Answer
Mark scheme for question 8(a)
(b)

Calculate the value of y.

[3]

Answer
Mark scheme for question 8(b)

Question 9

The speed limit on a road is decreased from 70mph to 50 mph. The road is 7·3 miles long.

How much longer does it take to travel along the road at 50 mph than at 70 mph?

Give your answer in minutes correct to 1 decimal place.

[4]

Answer
Mark scheme for question 9

Question 10

(a)

10. (a) 7476 football supporters watched the first match of the season.

The ratio of men: women: children was 10: 8: 3.

Show that 712 more men than women watched the match.

[2]

Answer
Mark scheme for question 10(a)
(b)

At the second match of the season, the ratio of adults: children was 5: 3. At the third match, fraction of the supporters were adults. At which of these two matches was the proportion of adults higher?

You must show your working.

Second match
Third match

[2]

Answer
Mark scheme for question 10(b)

Question 11

A full bottle containing 1 litre of cooking oil has mass 1270 g. 400 ml of cooking oil is used.

The bottle with the remaining cooking oil has mass 900 g.

Calculate the mass of the empty bottle.

[4]

Answer
Mark scheme for question 11

Question 12

The graph shows part of a quadratic curve.

Figure for question 12
(a)

Use the graph to write down the minimum value of y.

[1]

Answer
Mark scheme for question 12(a)
(b)

The curve cuts the x-axis at (1·4, 0) and (a, 0).

Calculate the value of a.

[2]

Answer
Mark scheme for question 12(b)

Question 13

Figure for question 13
Question 13, shown as an image

[3]

Answer
Mark scheme for question 13

Question 14

n is a positive integer.

Prove that, for all possible values of n, (2n – 1)2 is an odd number.

[2]

Answer
Mark scheme for question 14

Question 15

The mean of the data in the frequency table below is 2·7.

xFrequency
1a
25
31
4b
52
63
Total30

Work out the values of a and b.

You must show all your working.

[5]

Answer
Mark scheme for question 15

Question 16

Figure for question 16
(a)

A cone has vertical height 20 cm. The volume of the cone is 2400 cm3.

Calculate L, the slant height of the cone.

[4]

Answer
Mark scheme for question 16(a)
(b)

Cones A and B are mathematically similar.

Figure for question 16

The diameter of the base of cone A is 12 cm. The diameter of the base of cone B is 18 cm.

The total surface area of cone A is 300 cm2.

Calculate the total surface area of cone B.

[3]

Answer
Mark scheme for question 16(b)

Question 17

A rectangle has:

• length y cm, • perimeter 30 cm, • area 55 cm2.

(a)

Form an equation in y and show that it can be simplified to y2 maths symbol15y maths symbol 55 maths symbol 0.

[3]

Answer
Mark scheme for question 17(a)
(b)(i)

Use the quadratic formula to solve the equation given in part (a). Give your answers correct to 2 decimal places.

You must show all your working.

[3]

Answer
Mark scheme for question 17(b)(i)
(b)
(b)(ii)

Interpret your answers in terms of the rectangle.

[1]

Answer
Mark scheme for question 17(b)(ii)

Question 18

A pet hotel is allowed to have a maximum of 10 pets at one time. It takes only cats and dogs. Each cat requires 1 unit of accommodation and each dog requires 3 units of accommodation. For the hotel to make a profit, there must be at least 15 units occupied each day.

Let x be the number of cats and y the number of dogs in the pet hotel.

(a)

Two inequalities that represent this information are x maths symbol 0 and y maths symbol 0.

Write down two further inequalities that represent the information.

[2]

Answer
Mark scheme for question 18(a)
(b)
Figure for question 18

[3]

Answer
Mark scheme for question 18(b)
(c)

One Wednesday there are enough pets staying for the hotel to make a profit.

What is the fewest number of dogs that could be in the hotel?

[1]

Answer
Mark scheme for question 18(c)

Question 19

(a)

19. (a) Freya records how long each of 40 people can hold their breath. The results are shown in the table.

Time, s (seconds)Frequency
0 s 205
20 s 3013
30 s 4510
45 s 707
70 s 1005

Freya wants to draw a histogram for this data. This is the graph she draws.

Figure for question 19

Has Freya drawn a histogram?

Yes No

Give a reason for your answer.

[1]

Answer
Mark scheme for question 19(a)
(b)

In one month, 2000 patients visited a doctors’ surgery. This histogram shows information about the length of time, t minutes, these 2000 patients spent at the surgery.

Figure for question 19

The group 0 maths symbol t maths symbol 5 represents 120 patients.

How many patients are represented by the group 30 maths symbol t maths symbol 40?

[2]

Answer
Mark scheme for question 19(b)

Question 20

(a)

20. (a) On any working day, the probability that Don oversleeps in the morning is 0·3.

When he oversleeps, the probability that he catches his train to work is 0·25. When Don does not oversleep, he always catches his train.

Work out the probability that, on a randomly chosen working day, Don catches his train

to work.

[3]

Answer
Mark scheme for question 20(a)
(b)

Don sometimes spends his evenings watching films, playing computer games, or doing both.

On any evening the probability that Don: • watches films is 0·25, • plays computer games is 0·45, • does neither is three times the probability that he does both.

(b)(i)
Figure for question 20

[1]

Answer
Mark scheme for question 20(b)(i)
(b)(ii)

Work out the probability that, on any randomly chosen evening, Don watches films

and plays computer games.

[2]

Answer
Mark scheme for question 20(b)(ii)
(b)(iii)

On the evenings Don watches films, what is the probability that he also plays

computer games?

[2]

Answer
Mark scheme for question 20(b)(iii)

Question 21

When a ball is thrown upwards on the Moon, the maximum height, h metres, it reaches is given

Question 21, shown as an image

In a particular case, U = 4·2 and a = 1·6, both correct to 2 significant figures.

Calculate the greatest possible value of h.

[3]

Answer
Mark scheme for question 21

Question 22

(a)
22. Question 22, shown as an image

[1]

Answer
Mark scheme for question 22(a)
(b)

Use the iteration formula

Question 22, shown as an image

to find a solution of x2 maths symbol x maths symbol 7 maths symbol 0. Give your answer correct to 2 decimal places.

You must give all your calculated values of.xnmaths symbol1

[3]

Answer
Mark scheme for question 22(b)

Question 23

Figure for question 23

In the diagram, AD = 5·7 cm, BD = 9·6 cm, BDCmaths symbol = 79 ° and DBCmaths symbol = 39 °.

ADC is a straight line.

(a)

Calculate the length of DC.

[3]

Answer
Mark scheme for question 23(a)
(b)
Figure for question 23

[3]

Answer
Mark scheme for question 23(b)

Question 24

(a)

24. (a) On the axes below, sketch the graph of y = tan x° where 0° maths symbol x maths symbol 360°.

Figure for question 24

[2]

Answer
Mark scheme for question 24(a)
(b)

Solve the equation tan x = 0·8391 in the range 0 °maths symbol x maths symbol360 °.

[2]

Answer
Mark scheme for question 24(b)

Question 25

(a)

25. (a) The number of voles, V, on an island t years after the first voles are introduced is given

Figure for question 25
(a)(i)

How many voles were initially introduced?

[1]

Answer
Mark scheme for question 25(a)(i)
(a)(ii)

What is the percentage increase in the number of voles 5 years after they were

introduced?

[2]

Answer
Mark scheme for question 25(a)(ii)
(a)(iii)

When the number of voles reaches 500, the population starts decreasing at a rate of 5 % per month.

The formula V = 500 × kT is now used to model the number of voles, V, where T is the number of years after the population reached 500.

What value of k should be used?

[1]

Answer
Mark scheme for question 25(a)(iii)
(b)
Figure for question 25

[3]

Answer
Mark scheme for question 25(b)

Question 26

The diagram shows a sector of a circle with radius r cm and angle x°.

Figure for question 26

The arc length of the sector is 5maths symbol cm.

(a)
Question 26, shown as an image

[2]

Answer
Mark scheme for question 26(a)
(b)

The area of the sector is 30maths symbol cm2.

Calculate the value of x.

[4]

Answer
Mark scheme for question 26(b)

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