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Mathematics · WJEC 3300 · Unit 2: Calculator-allowed · Intermediate · June 2018

WJEC GCSE Mathematics Unit 2: Calculator-allowed Intermediate June 2018 question paper 3300U40-1

1h 45m 80 marks

Practise the past exam questions by topic

WJEC 3300 · Unit 2I

19 questions
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Question 2

(a)

The square drawn below has rotational symmetry of order 4. Place two identical dots (●) on the square so that it will have rotational symmetry of

order 2.

Figure for question 2

[1]

(b)

The regular hexagon drawn below has rotational symmetry of order 6. Place three identical dots (●) on the regular hexagon so that it will have rotational symmetry

of order 3.

Figure for question 2

[1]

Question 7

Calculate the mean of these four time periods.

You must give your answer in hours and minutes.

5 hours 20 minutes 2 hours 44 minutes 6 hours 18 minutes 4 hours 34 minutes

Mean time =……........ …. hours……........ …. minutes

[4]

Question 8

In this question, you will be assessed on the quality of your organisation, communication and accuracy in writing.

Cube A and cuboid B are shown below.

Figure for question 8

Express the volume of B as a percentage of the volume of A.

You must show all your working.

[6]

Question 10

A box contains many discs, identical in shape and size.

A picture of one of four Welsh castles is printed on each disc.

(a)

A disc is chosen at random from the box. Complete the table below to find the probability of choosing a disc showing Dinefwr

Figure for question 10

[2]

(b)

In the box, there were 522 discs showing a picture of Caernarfon Castle.

How many of the discs showed a picture of Harlech Castle?

[2]

Question 13

A solution of the equation

lies between 4 and 5.

Use the method of trial and improvement to find this solution correct to 1 decimal place.

You must show all your working.

[4]

Question 18

A rectangle of length 12 cm and width (2x – y)cm has an area of 72 cm2.

Figure for question 18

KLMN is a kite where KL = 3xcm and LM = ycm.

Figure for question 18

The perimeter of the kite KLMN = 33 cm.

Calculate the values of x and y.

You must show all your working.

Do not use a trial and improvement method.

[5]

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