Module N6 Paper 1 (Non-calculator) Higher Tier GMN61Apr 06, 2013  · 4248 2 [Turn over Formula...

28
General Certificate of Secondary Education January 2009 Mathematics Module N6 Paper 1 (Non-calculator) Higher Tier [GMN61] WEDNESDAY 14 JANUARY 1.30 pm – 2.45 pm 4248 TIME 1 hour 15 minutes. INSTRUCTIONS TO CANDIDATES Write your Centre Number and Candidate Number in the spaces provided at the top of this page. Write your answers in the spaces provided in this question paper. Answer all fourteen questions. Any working should be clearly shown in the spaces provided since marks may be awarded for partially correct solutions. You must not use a calculator for this paper. INFORMATION FOR CANDIDATES The total mark for this paper is 56. Figures in brackets printed down the right-hand side of pages indicate the marks awarded to each question or part question. You should have a ruler, compasses, set-square and protractor. The Formula Sheet is on page 2. GMN61 Total Marks 71 Centre Number Candidate Number For Examiner’s use only Question Marks Number 1 2 3 4 5 6 7 8 9 10 11 12 13 14

Transcript of Module N6 Paper 1 (Non-calculator) Higher Tier GMN61Apr 06, 2013  · 4248 2 [Turn over Formula...

Page 1: Module N6 Paper 1 (Non-calculator) Higher Tier GMN61Apr 06, 2013  · 4248 2 [Turn over Formula Sheet Area of trapezium = 1– 2 (a + b)h Volume of prism = area of cross section ×length

General Certificate of Secondary Education

January 2009

Mathematics

Module N6 Paper 1

(Non-calculator)Higher Tier

[GMN61]

WEDNESDAY 14 JANUARY

1.30 pm – 2.45 pm

4248

TIME

1 hour 15 minutes.

INSTRUCTIONS TO CANDIDATES

Write your Centre Number and Candidate Number in the spaces

provided at the top of this page.

Write your answers in the spaces provided in this question paper.

Answer all fourteen questions.

Any working should be clearly shown in the spaces provided since

marks may be awarded for partially correct solutions.

You must not use a calculator for this paper.

INFORMATION FOR CANDIDATES

The total mark for this paper is 56.

Figures in brackets printed down the right-hand side of pages indicate

the marks awarded to each question or part question.

You should have a ruler, compasses, set-square and protractor.

The Formula Sheet is on page 2.

GM

N61

TotalMarks

71

Centre Number

Candidate Number

For Examiner’s use only

Question Marks

Number

1

2

3

4

5

6

7

8

9

10

11

12

13

14

Page 2: Module N6 Paper 1 (Non-calculator) Higher Tier GMN61Apr 06, 2013  · 4248 2 [Turn over Formula Sheet Area of trapezium = 1– 2 (a + b)h Volume of prism = area of cross section ×length

4248 2 [Turn over

Formula Sheet

Area of trapezium = 1–2 (a + b)h

Volume of prism = area of cross section × length

In any triangle ABC

Area of triangle = 1–2 ab sin C

Cosine rule: a2= b2

+ c2– 2bc cos A

Volume of sphere = 4–3πr3

Surface area of sphere = 4πr2

Volume of cone = 1–3πr2h

Curved surface area of cone = πrl

Quadratic equation:

The solutions of ax2+ bx + c = 0, where a ≠ 0, are given by

a

h

b

Crosssection

length

B

c

A

b

Ca

r

h

r

l

Sine rule : sin sin sin

aA

bB

cC

= =

x b b aca

=±– –2

4

2

Page 3: Module N6 Paper 1 (Non-calculator) Higher Tier GMN61Apr 06, 2013  · 4248 2 [Turn over Formula Sheet Area of trapezium = 1– 2 (a + b)h Volume of prism = area of cross section ×length

4248 3 [Turn over

Examiner Only

Marks Remark

1 15% of a population is known to be left-handed.

200 members are chosen at random from the population.

Estimate how many you would expect to be left-handed.

Answer __________[2]

2 (a) Given that 93 × 126 = 11 718, find

(i) 9.3 × 1.26

Answer ____________[1]

(ii) 11 718 ÷ 930

Answer ____________[1]

(b) Write down the two numbers which are the square roots of 64.

Answer ____________[1]

(c) Write down the meaning of 0.3̇ 7̇

Answer __________________ [1]

3 A man travels 240 km in 2 1–2 hours.

Calculate his average speed on the journey.

Answer ____________ km/h [3]

Page 4: Module N6 Paper 1 (Non-calculator) Higher Tier GMN61Apr 06, 2013  · 4248 2 [Turn over Formula Sheet Area of trapezium = 1– 2 (a + b)h Volume of prism = area of cross section ×length

4248 4 [Turn over

Examiner Only

Marks Remark4 (a) S = Find S when a = 12 and r = 1–2

Answer S = ____________[2]

(b) T – mg = ma

Find the value of T when m = 8, g = 10 and a = –2

Answer T = ____________[3]

(c) List the values of the integer n such that

–4 < 3n < 9

Answer _______________________ [3]

a

1– r

Page 5: Module N6 Paper 1 (Non-calculator) Higher Tier GMN61Apr 06, 2013  · 4248 2 [Turn over Formula Sheet Area of trapezium = 1– 2 (a + b)h Volume of prism = area of cross section ×length

4248 5 [Turn over

Examiner Only

Marks Remark5 Some of the ingredients required to make 30 chocolate muffins are listed

below.

600 g plain flour 540 g caster sugar 300 g chocolate chips 24 fl oz milk 6 medium eggs

Calculate the corresponding amounts of ingredients required to make 20 chocolate muffins.

_______ g plain flour

_______ g caster sugar

_______ g chocolate chips

_______ fl oz milk

_______ medium eggs [3]

Page 6: Module N6 Paper 1 (Non-calculator) Higher Tier GMN61Apr 06, 2013  · 4248 2 [Turn over Formula Sheet Area of trapezium = 1– 2 (a + b)h Volume of prism = area of cross section ×length

4248 6 [Turn over

6

(a) Describe fully the single transformation which maps triangle A to triangle B.

_________________________________________________________

_______________________________________________________[2]

–6–8 –4 –2 2 40

2

4

6

8

y

x6 8

–8

–6

–4

–2

AB

Examiner Only

Marks Remark

Page 7: Module N6 Paper 1 (Non-calculator) Higher Tier GMN61Apr 06, 2013  · 4248 2 [Turn over Formula Sheet Area of trapezium = 1– 2 (a + b)h Volume of prism = area of cross section ×length

4248 7 [Turn over

Examiner Only

Marks Remark

(b) Translate triangle A by . Label the new triangle C.

[2]

(c) Rotate triangle A 90° clockwise about the point (0, 2).

Label the new triangle D. [2]

7 Estimate

Answer ____________ [3]

8 Simplify

(a) m2 × m5

Answer ____________________[1]

(b)

Answer ____________________[1]

(c)

Answer ____________________[1]

(d) 2b4c2 × c3b

Answer ____________________[2]

3

2

⎛⎝⎜

⎞⎠⎟

720

0 212

4.89×.

a a

a

× 6

2

y

y

3

7

Page 8: Module N6 Paper 1 (Non-calculator) Higher Tier GMN61Apr 06, 2013  · 4248 2 [Turn over Formula Sheet Area of trapezium = 1– 2 (a + b)h Volume of prism = area of cross section ×length

4248 8 [Turn over

Examiner Only

Marks Remark

9 (a) Bisect the angle using a ruler and compasses only.

Do not rub out your construction lines.

[2]

(b) Draw the locus of the point which is a fixed distance of 4 cm from the

line PQ.

[2]

P Q

Page 9: Module N6 Paper 1 (Non-calculator) Higher Tier GMN61Apr 06, 2013  · 4248 2 [Turn over Formula Sheet Area of trapezium = 1– 2 (a + b)h Volume of prism = area of cross section ×length

4248 9 [Turn over

Examiner Only

Marks Remark10 The letters r and x represent lengths.

Which two expressions could represent areas?

Answers ________________________ and _______________________ [2]

11 (a) Write 0.000000652 in standard form.

Answer ____________________ [1]

(b) Express as a recurring decimal.

Answer _____________________[1]

(c) Change the recurring decimal 0.5̇1̇ into a fraction.

Answer ____________________ [2]

π π π πrx

r x rx

r r2 3

( )+ + πr rx2 +

411

Page 10: Module N6 Paper 1 (Non-calculator) Higher Tier GMN61Apr 06, 2013  · 4248 2 [Turn over Formula Sheet Area of trapezium = 1– 2 (a + b)h Volume of prism = area of cross section ×length

4248 10 [Turn over

Examiner Only

Marks Remark

12 ABC is a triangle.

P is a point on AB such that AP = 1–3 AB

Q is a point on AC such that AQ = 1–3 AC

AP = p and AQ = q

(a) Write PC in terms of p and q.

Answer ______________ [1]

(b) Use vectors to prove that PQ is parallel to BC.

[3]

13 Given that r = √3, s =√6 and t = √27, simplify the following:

(a) rt

Answer ____________________ [2]

A

P

p q

Q

B C

Page 11: Module N6 Paper 1 (Non-calculator) Higher Tier GMN61Apr 06, 2013  · 4248 2 [Turn over Formula Sheet Area of trapezium = 1– 2 (a + b)h Volume of prism = area of cross section ×length

(b) (r + s)2

Answer ____________________ [2]

14 Pat marks out an area in his garden for a vegetable patch. It takes the shape of a right angled triangle and a semi-circle as shown in

the diagram. Some of its dimensions are given in terms of x.

Show that a formula for calculating the area of the vegetable patch is given as

[4]

3x5x

Area = (6 258

2+ π )x

4248 11

Examiner Only

Marks Remark

THIS IS THE END OF THE QUESTION PAPER

Page 12: Module N6 Paper 1 (Non-calculator) Higher Tier GMN61Apr 06, 2013  · 4248 2 [Turn over Formula Sheet Area of trapezium = 1– 2 (a + b)h Volume of prism = area of cross section ×length

935-042-1 [Turn over

Page 13: Module N6 Paper 1 (Non-calculator) Higher Tier GMN61Apr 06, 2013  · 4248 2 [Turn over Formula Sheet Area of trapezium = 1– 2 (a + b)h Volume of prism = area of cross section ×length

71

Centre Number

Candidate Number

General Certificate of Secondary Education

January 2009

Mathematics

Module N6 Paper 2

(With calculator)Higher Tier

[GMN62]

WEDNESDAY 14 JANUARY

3.00 pm – 4.15 pm

4708

TIME

1 hour 15 minutes.

INSTRUCTIONS TO CANDIDATES

Write your Centre Number and Candidate Number in the spaces

provided at the top of this page.

Write your answers in the spaces provided in this question paper.

Answer all fourteen questions.

Any working should be clearly shown in the spaces provided since

marks may be awarded for partially correct solutions.

INFORMATION FOR CANDIDATES

The total mark for this paper is 56.

Figures in brackets printed down the right-hand side of pages indicate

the marks awarded to each question or part question.

You should have a calculator, ruler, compasses, set-square and

protractor.

The Formula Sheet is on page 2.

TotalMarks

GMN62

For Examiner’s use only

Question Marks Number

1

2

3

4

5

6

7

8

9

10

11

12

13

14

Page 14: Module N6 Paper 1 (Non-calculator) Higher Tier GMN61Apr 06, 2013  · 4248 2 [Turn over Formula Sheet Area of trapezium = 1– 2 (a + b)h Volume of prism = area of cross section ×length

4708 2 [Turn over

Formula Sheet

Area of trapezium = 1–2 (a + b)h

Volume of prism = area of cross section × length

In any triangle ABC

Area of triangle = 1–2 ab sin C

Cosine rule: a2= b2

+ c2– 2bc cos A

Volume of sphere = 4–3πr3

Surface area of sphere = 4πr2

Volume of cone = 1–3πr2h

Curved surface area of cone = πrl

Quadratic equation:

The solutions of ax2+ bx + c = 0, where a ≠ 0, are given by

a

h

b

Crosssection

length

B

c

A

b

Ca

r

h

r

l

Sine rule : sin sin sin

aA

bB

cC

= =

x b b aca

=±– –

24

2

Page 15: Module N6 Paper 1 (Non-calculator) Higher Tier GMN61Apr 06, 2013  · 4248 2 [Turn over Formula Sheet Area of trapezium = 1– 2 (a + b)h Volume of prism = area of cross section ×length

4708 3 [Turn over

Examiner Only

Marks Remark

1 Rearrange y + 5 = 7 – x to make x the subject.

Answer x = _______________ [2]

Page 16: Module N6 Paper 1 (Non-calculator) Higher Tier GMN61Apr 06, 2013  · 4248 2 [Turn over Formula Sheet Area of trapezium = 1– 2 (a + b)h Volume of prism = area of cross section ×length

4708 4 [Turn over

Examiner Only

Marks Remark

2 (a) On the lower grid draw the front elevation of the solid as viewed from V.

Front elevation

[2]

V

Page 17: Module N6 Paper 1 (Non-calculator) Higher Tier GMN61Apr 06, 2013  · 4248 2 [Turn over Formula Sheet Area of trapezium = 1– 2 (a + b)h Volume of prism = area of cross section ×length

4708 5 [Turn over

Examiner Only

Marks Remark

(b) (i) Draw a plane of symmetry in this solid.

[1]

(ii) Draw a different plane of symmetry in this solid.

[1]

Page 18: Module N6 Paper 1 (Non-calculator) Higher Tier GMN61Apr 06, 2013  · 4248 2 [Turn over Formula Sheet Area of trapezium = 1– 2 (a + b)h Volume of prism = area of cross section ×length

3 (a) Complete the table for the graph of y = 5 – x2

x –3 –2 –1 0 1 2

y –4 4 5 4

[2]

(b) Hence draw the graph on the grid below. [2]

–3–4 –2 –1 1 2

–2

–1

–3

0

y

x

3 4

–6

–5

–4

5

6

4

1

2

3

4708 6 [Turn over

Examiner Only

Marks Remark

Page 19: Module N6 Paper 1 (Non-calculator) Higher Tier GMN61Apr 06, 2013  · 4248 2 [Turn over Formula Sheet Area of trapezium = 1– 2 (a + b)h Volume of prism = area of cross section ×length

4708 7 [Turn over

Examiner Only

Marks Remark

4 Which of ‘always odd’, ‘always even’, ‘could be odd or even’ describes the

number 4n – 3? (n is an integer)

Explain your answer.

Answer ____________________________

because ______________________________________________________

__________________________________________________________ [2]

Page 20: Module N6 Paper 1 (Non-calculator) Higher Tier GMN61Apr 06, 2013  · 4248 2 [Turn over Formula Sheet Area of trapezium = 1– 2 (a + b)h Volume of prism = area of cross section ×length

4708 8 [Turn over

Examiner Only

Marks Remark5

A spinner can land on one of 5 colours. The probability of the spinner landing on four of the colours is given in the table below.

Colour Red Blue White Yellow Green

Probability 0.1 0.25 0.3 0.15

(a) What is the probability that the spinner will land on blue?

Answer __________ [2]

The spinner is spun 600 times.

(b) How many times would you expect the spinner to land on white or green?

Answer __________ [2]

(c) The probability that a contestant wins £100, £200, £500 or £1000 in a TV quiz show is given in the table below.

Winnings £100 £200 £500 £1000

Probability 0.3 0.35 0.2 0.15

Find the probability that a contestant selected at random will win at least £500.

Answer ____________ [2]

White

YellowRed

Blue

Green

Page 21: Module N6 Paper 1 (Non-calculator) Higher Tier GMN61Apr 06, 2013  · 4248 2 [Turn over Formula Sheet Area of trapezium = 1– 2 (a + b)h Volume of prism = area of cross section ×length

6 Enlarge the shape on the grid by scale factor 1–3 and centre C.

[2]

0

2

1

4

6

8

3

5

7

9

y

x

–2

–4

–6

–8

–1

C

–3

–5

–7

–6–8 –4 –2–5–7 –3 –1 2 4 6 81 3 5 7

4708 9 [Turn over

Examiner Only

Marks Remark

Page 22: Module N6 Paper 1 (Non-calculator) Higher Tier GMN61Apr 06, 2013  · 4248 2 [Turn over Formula Sheet Area of trapezium = 1– 2 (a + b)h Volume of prism = area of cross section ×length

4708 10 [Turn over

Examiner Only

Marks Remark

7 £8 500 is shared between Alice, Barbara and Carol in the ratio 10 : 9 : 6

respectively.

Calculate the amount each one gets.

Alice £ ______________

Barbara £ ______________

Carol £ ____________ [3]

8 There are 240 males and 180 females working in an electronics company.

The probability that a male worker is married is 0.4 and that a female

worker is married is 0.45

No male worker in the electronics company is married to a female worker

in the company.

Calculate the number of married workers in the electronics company.

Answer ____________ [4]

Page 23: Module N6 Paper 1 (Non-calculator) Higher Tier GMN61Apr 06, 2013  · 4248 2 [Turn over Formula Sheet Area of trapezium = 1– 2 (a + b)h Volume of prism = area of cross section ×length

4708 11 [Turn over

Examiner Only

Marks Remark9 A car travels from town X to town Z passing through town Y, 15 miles

from X. The graph shows its journey.

Another car leaves town Z at 9.10 am and travels to town Y arriving at 9.30 am. It stops there for 3 minutes and then travels to town X at an average speed of 45 mph.

(a) Show the journey of this car on the graph as it travels from town Z to town X. [3]

(b) At what time do the cars pass each other?

Answer ____________ am [1]

Y

25

30

20

Dis

tance

(m

iles

)

15

10

5

0X

Z

9.00 am 9.15 am

Time

9.30 am 9.45 am 10.00 am

Page 24: Module N6 Paper 1 (Non-calculator) Higher Tier GMN61Apr 06, 2013  · 4248 2 [Turn over Formula Sheet Area of trapezium = 1– 2 (a + b)h Volume of prism = area of cross section ×length

4708 12 [Turn over

Examiner Only

Marks Remark

10 (a) Calculate the area of the trapezium ABCD.

Give your answer to an appropriate degree of accuracy.

Answer ___________ cm2 [3]

(b) Calculate the curved surface area of the cylinder.

Answer ___________ cm2 [2]

D8.4 cm

10.2 cm

12.2 cm

6.5 cm

C

B

A

4 cm

10 cm

Diagram not

drawn accurately

Page 25: Module N6 Paper 1 (Non-calculator) Higher Tier GMN61Apr 06, 2013  · 4248 2 [Turn over Formula Sheet Area of trapezium = 1– 2 (a + b)h Volume of prism = area of cross section ×length

4708 13 [Turn over

Examiner Only

Marks Remark

11

The probability of a famous oil prospector discovering oil in a region of the

North Sea is 0.9

If she discovers oil, the chance of pumping oil to the surface on the first

drilling is 0.7

If the first drilling fails, the chance of successfully pumping oil to the

surface on the second drilling is 0.4

If the second drilling is unsuccessful, the drilling is abandoned as the

process is too expensive.

(a) Complete the tree diagram for these events. [2]

(b) What is the probability of discovering oil and pumping it to the surface

on the first drilling?

Answer ____________ [2]

(c) What is the probability that oil will be discovered and pumped to the

surface?

Answer ____________ [3]

(d) What is the probability that no oil will be pumped to the surface?

Answer ____________ [1]

First drilling Second drilling

discovered

not discovered

0.9successful

not successful

successful

not successful

Page 26: Module N6 Paper 1 (Non-calculator) Higher Tier GMN61Apr 06, 2013  · 4248 2 [Turn over Formula Sheet Area of trapezium = 1– 2 (a + b)h Volume of prism = area of cross section ×length

4708 14 [Turn over

Examiner Only

Marks Remark12 (a) Rearrange x (y + 1) = 2

to find y in terms of x.

Answer y = ________________ [2]

(b) Make r the subject of v = √ar

Answer r = ________________ [2]

13 y varies inversely as the square of x. When x = 6, y = 6.75

(a) Express y in terms of x

Answer y = ____________ [3]

(b) Find the value of y when x = 1–3

Answer y = ____________ [1]

Page 27: Module N6 Paper 1 (Non-calculator) Higher Tier GMN61Apr 06, 2013  · 4248 2 [Turn over Formula Sheet Area of trapezium = 1– 2 (a + b)h Volume of prism = area of cross section ×length

14 Calculate the curved surface area of the frustum of a solid cone.

Answer ____________ cm2 [4]

4 cm

12 cm

10 cm

THIS IS THE END OF THE QUESTION PAPER

4708 15

Examiner Only

Marks Remark

Page 28: Module N6 Paper 1 (Non-calculator) Higher Tier GMN61Apr 06, 2013  · 4248 2 [Turn over Formula Sheet Area of trapezium = 1– 2 (a + b)h Volume of prism = area of cross section ×length

935-043-1 00