Kertas model pep sebenar (pmr)

50/1
Mathematics
Paper 1
July
2009
1¼ hours
Set 1
JABATAN PELAJARAN PERAK
PENILAIAN MENENGAH RENDAH 2009
ANSWER TO SCORE
2009 PMR FORECAST PAPER
MATHEMATICS
Paper 1
1 hour 15 minutes
DO NOT OPEN THIS QUESTION PAPER UNTIL YOU ARE TOLD TO DO SO
1. This question paper consists of 40 questions.
2. Answer all questions
3. Answer each question by blackening the correct space on the answer sheet
4. Blacken only one space for each question.
5. If you wish to change your answer, erase the blackened mark that you have made.
Then blacken the space for your new answer.
6. The diagrams in the questions provided are not drawn to scale unless stated.
7. You may use a non-programmable scientific calculator.
8 A list of formulae is provided.
This question paper consists 20 printed pages.
55

The following formulae may be helpful in answering the questions. The symbols given are the
ones commonly used.
RELATIONS
1. m n m n
a a a +
× =
2. m n m n
a a a −
÷ =
3. ( )m n mn
a a=
4. Distance = 2 2
2 1 2 1( ) ( )x x y y− + −
5. Midpoint
( , )x y = 

 +
2
21 xx
, 

+
2
21 yy
6. Average speed =
distance travelled
time taken
7.
sum of data
Mean =
number of data
8. Pythagoras Theorem
2 2 2
c a b= +
SHAPE AND SPACE
1. Area of rectangle = length × width
2. Area of triangle =
1
base height
2
× ×
3. Area of parallelogram = base height×
4. Area of trapezium =
1
sum of parallel sides height
2
× ×
56

5. Circumference of circle = 2d rπ π=
6. Area of circle = 2
rπ
7. Curved surface area of cylinder = 2 rhπ
8. Surface area of sphere = 2
4 rπ
9. Volume of right prism = cross sectional area × length
10. Volume of cuboid = length × width × height
11. Volume of cylinder = 2
r hπ
12. Volume of cone =
21
3
r hπ
13. Volume of sphere =
34
3
rπ
14. Volume of right pyramid =
1
3
× base area × height
15. Sum of interior angles of a polygon = ( 2) 180n − × o
16.
arc length angle subtended at centre
circumference of circle 360
= o
17.
area of sector angle subtended at centre
area of circle 360
= o
18. Scale factor, k =
PA
PA
′
19. Area of image = 2
area of objectk ×
57

Answer all questions.
1. The number 345 678 is written as 350 000 when it is rounded off to the
A nearest ten
B nearest hundred
C nearest thousand
D nearest ten thousand
2. Which of the following fractions has value greater than
4
3
?
A
8
7
B
3
2
C
2
1
D
7
5
3. Express 33
100000
168
as a decimal
A 33.168
B 33.0168
C 33.00168
D 33.000168
4. Table 4 shows the temperature for four towns on a particular day.
Town Temperature (°C)
E -2
F 3
G 9
H -8
Table 4
Which town was the coldest on that day?
A E
B F
C G
D H
5. Diagram 5 shows a sequence of prime numbers.
17, 19, m, n, 31
58

Diagram 5
Find the value of m + n.
A 44
B 48
C 52
D 56
6. Diagram 6 shows some factors of 54.
Diagram 6
Identify three other factors of 54.
A 2, 3, 18
B 2, 18, 29
C 3, 4, 8
D 3, 4, 18
7. Tharma’s Poultry Farm produces 9 000 eggs a day. If 1% of the eggs are broken, calculate
the number of broken eggs produced in a week.
A 900
B 630
C 180
D 90
8. Swaran Construction Company built a road from Kampung Menora to Kampung Gelam, a
distance of 5.54 km. It then built a road connecting Kampung Gelam to Kampung Aman, a
distance of 6.78 km. Calculate the total length of the road constructed by the company
A 10 km 320 m
B 11 km 320 m
C 12 km 320 m
D 13 km 320 m
9. In Diagram 9, ABC is a straight line.
59
DD
Diagram 9
1 9 54
6 27

Calculate the value of x.
A 55
B 60
C 70
D 75
10
.
In Diagram 10 , PQRST is a pentagon and STU is a straight line
Diagram 10
Find the value of p + q + r + s.
A 220
B 400
C 500
D 540
11
.
Diagram 11 shows a polygon.
60
T
p°
Q
S
R
40°
U
P
q°
r
°
s°
F
D
C
E
122°
75°
3x°
B
A
2x°
3x°
115°

Diagram 11
Find the value of x.
A 41
B 51
C 55
D 61
12
.
Diagram 12 shows two regular polygons.
Diagram 12
Find the value of m.
A 120
B 132
C 144
D 228
13
.
In Diagram 13, PQR is a right-angled triangle,
RVU is an equilateral triangle and QRVW is a
square.
61
V
m°
W
X
Q
T
R
U
S
12 cm
5 cm Q W
V
U
R
P

Diagram 13
Calculate the perimeter, in cm, of the whole diagram.
A 48
B 65
C 66
D 102
14
.
Diagram 14 shows two right-angled triangles, XYZ and VWZ.
Diagram 14
Find the area in cm², of the shaded region.
A 105
B 75
C 35
D 30
15
.
Diagram 15 shows the plan of an orchard.
62
4 m
4 m 6 m
10 m
15 m
4 m
4 m 6 m
10 m
15 m
X
Y V Z
15 cm
4 cm 10 cm
6 cm
W
X
Y V Z
15 cm
4 cm 10 cm
6 cm
W

Diagram 15
Find the area, in m2
, of the whole diagram.
A 70
B 90
C 100
D 130
16
.
Which of the following geometric solid is a cone?
A
B
C
D
63

17
.
In Diagram 17, the volume of the cylinder is equal to the volume of the cone..
Diagram 17
Calculate the height of the cylinder
A 21 cm
B 16 cm
C 14 cm
D 7 cm
18
.
Diagram 18 shows a solid pyramid with a square base PQRS and height of 4 cm. The area
of the base is 36 cm2
.
Diagram 18
Find the total surface area, in cm2
, of the solid.
A 144
B 96
C 51
D 48
19. Diagram 19 shows a prism with a right angled triangle as its uniform cross section.
64
4 cm4 cm4 cm
21
cm
h
4 cm4 cm4 cm
21
cm
h
P
Q R
S
T
P
Q R
S
T

Diagram 19
Calculate the total surface area of the prism.
A 120 cm²
B 156 cm²
C 160 cm²
D 180 cm²
20. Diagram 20 shows a rectangle PQRS and some construction lines made by a student.
The student is constructing the locus of X such that,
A PSX = RSX
B XP = XS
C XS = SP
D XS is equidistant from line PQ and line SR
21. In Diagram 21, O is the centre of the circle.
65
P
Q
R
5 cm
3 cm
12 cm
P
Q
R
5 cm
3 cm
12 cm
P
S R
QP
S R
Q
O
130⁰
x⁰
O
130⁰
x⁰
Diagram 20

Diagram 21
A 115
B 110
C 80
D 50
22
.
In Diagram 22, PTR is a diameter of the circle and STQ is a straight line.
Diagram 22
A 55
B 40
C 35
D 30
23
.
Diagram 23 shows a circle with centre O. PT, QU, RV and SW are diameters of the circles.
66
P
S
R
Q
T
x°
50°
70°
P
S
R
Q
T
x°
50°
70°

Diagram 23
Which of the following minor arcs is the
longest?
A TU
B UV
C WP
D RS
24
.
In Diagram 24, O is the centre of the bigger circle with a radius of 7 cm. The smaller circle
passes through O and touches the bigger circle.
Diagram 24
Using π =
7
22
, calculate the area in cm², of the shaded part.
A 38.5
B 77.0
C 115.5
D 154.0
25
.
In Diagram 25, PQRST is a trapezium, QST and QRS are right-angled triangles.
67
30°
50°
O
W
S
U Q
P
V
R
T
30°
50°
O
W
S
U Q
P
V
R
T
●O ●O
P Q
RT
16 cm
20 cm

Diagram 25
Find the length, in cm, of QR.
A 12
B 13
C 14
D 15
26
.
In Diagram 26, ACD is the image of ABE under an enlargement with centre A.
Diagram 26
Given CD = 6 cm, calculate the length, in cm, of BE.
A 3
B 4
C 6
D 9
27
.
Given 93 =+ yx and 632 =− yx , calculate the value of .x
A 2
B 3
C 4
D 5
28. Solve the following inequality.
4
3
y + 3 <
4
3
A y < 3
B y < -3
C y > 3
68
S 5 cm
6 cm
3 cm
A
E
D
C B
6 cm

D y > -3
29. In Diagram 29, B is the midpoint of the straight line AC.
Diagram 29
Find the value of p.
A 9
B 6
C 3
D 2
30. Diagram 30 shows five points on a Cartesian plane.
69
y
A (-1, 2)
B (4, 5)
C (p, 8)
x
0
●
●
●
y
A (-1, 2)
B (4, 5)
C (p, 8)
x
0
●
●
●
R(-9, -2)
P(8, 6)
T(11, 5)
Q(-3, 10)
S(-6, -8)
x
y
O
- -
xx
●
●
●
●
●
R(-9, -2)
P(8, 6)
T(11, 5)
Q(-3, 10)
S(-6, -8)
x
y
O
- -
xx
●
●
●
●
●

Diagram 30
Which of the following has the same distance as OP?
A OQ
B OR
C OS
D OT
31
.
Diagram 31 shows a rectangle PQRS. PTU is an arc with centre Q and UVW is an arc with
centre R.
Diagram 31
Find the perimeter in cm, of the shaded region.
( Use π =
7
22
)
A 54
B 61
C 70
D 82
32
.
Table 32 shows the registration fees for an examination
Basic fee RM150
Fee per written paper RM35
Fee per oral assessment RM40
Fee per practical assessment RM38
Table 32
Mimi registers for 8 written papers, 3 oral assessments and 3 parctical assessments whereas
Roger registers for 7 written papers, 2 oral assessments and 3 practical assessments
The difference in the total registration fee paid by Mimi and Roger is
A RM75
B RM95
70

C RM120
D RM150
33
.
The scores obtained by Amani and Bee Leng in a game are in the ratio of 7 : 4 , while the
ratio of scores obtained by Bee Leng and Celine is 6 : 5. Find the ratio of scores obtained by
Amani, Bee Leng and Celine.
A 7 : 12 : 5
B 7 : 12 : 10
C 21 : 12 : 10
D 21 : 12 : 15
34
.
Daud drove from Kluang to Ipoh. His journey was expected to take 6
2
1
hours. He started
his journey at 7.40 a.m. and arrived Ipoh 20 minutes late. What time did Daud arrive Ipoh?
A 2.40 p.m.
B 2.30 p.m.
C 2.10 p.m.
D 1.50 p.m.
35 Diagram 35 is a pie chart showing the number of ice cream sold at a stall on a certain day.
Diagram 35
Find the value of x + y.
A 68°
71
Chocolate
60
Corn
32
Orange
22
Vanilla
36
Strawberry
10
x
y
Chocolate
60
Corn
32
Orange
22
Vanilla
36
Strawberry
10
x
y

B 135°
C 153°
D 163°
36
.
In Diagram 36, the bar chart below shows the number of students in three classes.
Diagram 36
Which of the following statement is true?
A The total number of students in three classes is 125
B The total number of girls in Class A and Class B is the same.
C The number of boys in this school is greater than the number of girls.
D The number of girls in class C is greater than the number of girls in class B.
37
.
Table 37 shows the number of teachers in five housing estates.
Housing estates A B C D E
Number of teachers 10 13 p 7 5
Table 37
The mode is B.
Find the possible value of p.
A 12
B 14
C 25
D 35
72

38
.
Table 38 shows the scores in a game
Score 0 1 2 3 4 5
Frequenc
y
5 7 2 6 4 6
Table 38
The median score is
A 1
B 2
C 3
D 4
39
.
Table 39 shows the values of variables x and y for the function of y = 3x2
– 2x
x -2 -1 0 1 2
y m 5 0 1 8
Table 39
Find the value of m.
A 16
B 8
C -8
D -16
40
.
Which of the following graphs represents y = x + 6
A
73
(6,0 )
(0,6 )
x
y
0 (6,0 )
(0,6 )
x
y
0
(6,0 )
(0,-6)
x
y
0
(6,0 )
(0,-6)
x
y
0

B
C
D
END OF QUESTION PAPER
50/1
Mathematics
Paper 1
July
2009
1¼ hours
Set 2
74
(6,0 )
(0,-1 )
x
y
0
(6,0 )
(0,-1 )
x
y
0
(-6,0 )
(0,6 )
x
y
0
(-6,0 )
(0,6 )
x
y
0

ANSWER TO SCORE
MATHEMATICS
Paper 1
1 hour 15 minutes
DO NOT OPEN THIS QUESTION PAPER UNTIL YOU ARE TOLD TO DO SO
2. Answer all questions
3. Answer each question by blackening the correct space on the answer sheet
4. Blacken only one space for each question.
5. If you wish to change your answer, erase the blackened mark that you have made.
Then blacken the space for your new answer.
6. The diagrams in the questions provided are not drawn to scale unless stated.
7. You may use a non-programmable scientific calculator.
8. A list of formulae is provided.
ones commonly used.
RELATIONS
1. m n m n
a a a +
× =
2. m n m n
a a a −
÷ =
75

3. ( )m n mn
a a=
4. Distance = 2 2
2 1 2 1( ) ( )x x y y− + −
5. Midpoint
( , )x y = 

 +
2
21 xx
, 

+
2
21 yy
6. Average speed =
distance travelled
time taken
7.
sum of data
Mean =
number of data
2 2 2
c a b= +
SHAPE AND SPACE
1
base height
2
× ×
1
2
× ×
rπ
4 rπ
76

r hπ
21
3
r hπ
34
3
rπ
1
3
16.
= o
17.
area of circle 360
= o
PA
PA
′
area of objectk ×
77

Answer all questions.
1. Which of the following numbers when rounded off to the nearest hundred thousand becomes
8 700 000 ?
A 8 754 321
B 8 654 321
C 8 643 210
D 8 554 321
2. Table 2 shows the types of item that Sarah bought from a sundry shop.
Types of item Price per kg Quantity
Item A RM30 4.5 kg
Item B RM19 2 kg 500 g
Item C RM18 500 g
Table 2
Sarah has RM250.00
How much money is left after she has paid for all the items?
A RM61.75
B RM5.85
C RM105.50
D RM58.50
3. Ali had 300 durians. He managed to sell
6
5
of the durians . Later he gave 20 of the
remaining durians to his friends. Calculate the percentage of the durians that he has left.
A 50
B 16.67
C 10
D 6.67
4. Diagram 4 is part of a number line.
Diagram 4
78
P -12 0 Q

What is the value of P and Q?
A P = -18 , Q = 18
B P = -14 , Q = 12
C P = -12 , Q = 9
D P = -6 , Q = 18
5. The original price of a T-shirt is RM24.00. The selling price of the T-shirt is
12
11
of its
original price. Swee Lan uses
2
1
of her savings to buy the T-shirt. What was her
savings before she bought the T-shirt?
A RM22.00
B RM28.80
C RM44.00
D RM39.60
6. Which of the following is the common multiple of 3 and 5?
A 8
B 9
C 25
D 45
7. Ali has 5 rolls of rope. Each roll is
2
1
3 m long. He used 1.69 m of the rope from each roll.
Find the length of the remaining rope.
A 9.15 m
B 9.05 m
C 9.00 m
D 8.05 m
8. A bus started its journey from Kuala Lumpur and arrived at Johor Bahru at 4.45 a.m. on the
next day. If the journey took
4
1
5 hours, the bus left Kuala Lumpur at
A 1000 hours
B 2200 hours
79

C 2230 hours
D 2330 hours
9. In Diagram 9, ABC is a triangle
A 15
B 18
C 20
D 25
10
.
In Diagram 10, pentagon P’Q’R’S’T is the image of pentagon PQRST under an enlargement
80
S’
T’
P’
R’
Q’
P Q
T
R
S
A
x° x°35°
62°
147°
B
CA
x° x°35°
62°
147°
B
C
Diagram 9

Diagram 10
Find the scale factor of this enlargement.
A 1
B 2
C 3
D 4
11
.
Diagram 11 shows a regular hexagon.
Diagram 11
Find the value of y
A 30
B 35
C 40
D 45
12
.
In Diagram 12, PQRT are five vertices of a regular polygon.
81
y°
3x°
x°
P
Q R
U
S
T

Diagram 12
Find the number of sides of the polygon?
A 6
B 8
C 10
D 12
13
.
The cost of a metre of fencing is RM13.60. The Vision Home for the Poor wants to fence a
rectangular compound 25 m by 75 m. How much is the cost of fencing the rectangular
compound?
A RM2 520
B RM2 620
C RM2 720
D RM2 820
14
.
In Diagram 14, ACD is a right-angled triangle. The area of triangle ABD is 168 cm².
Find its height, h
in cm.
A 11
B 14
C 20
D 24
15
.
In Diagram 15, DEGH is a parallelogram and FGH ia a straight line.
82
h cm
C
15cm
14cmA
B
D
Diagram 14

Diagram 15
Given DE = 12 cm and HF = 15 cm. If the area
of triangle EFG is 6 cm², find the area of the
whole diagram.
A 40
B 54
C 60
D 96
16
.
Diagram 16 shows the net of a geometric solid.
Diagram 16
Name the geometric solid.
A Right prism
B cuboid
C pyramid
83
F
GH
D
E

D cone
17
.
Diagram 17 shows two containers in the shape of a cuboid and right prism.
The cuboid is fully filled with water. All the water in the cuboid is then poured into the right
prism. The base area of the right prism is 66 cm2
. Calculate the height, in cm of the water
level in the right prism.
A 13
B 21
C 88
D 66
18
.
Aminah is
4
3
4 years old. Bala is
12
1
9 years older than Aminah. Chee Meng’s age is
2
1
2
times the sum of the ages of Aminah and Bala. What is Chee Meng’s age?
A
8
7
11
B
6
5
13
C
3
1
16
D
24
11
46
84
6 cm
21 cm
11 cm
Diagram 17

19
.
In Diagram 19, JOL is a diameter of the circle JKLM with centre O. MLN is a straight line.
Diagram 19
A 20
B 25
C 30
D 70
20
.
In Diagram 20, DEFG is a cyclic quadrilateral.
Diagram 11
Find the value x.
A 50°
B 60°
85
●
J
K
L
M
O
N
x°
70°
130°
●
J
K
L
M
O
N
x°
70°
130°
D
E
F
G
H
x
30°
100°
D
E
F
G
H
x
30°
100°

C 80°
D 100°
21
.
In Diagram 21, PQR and STU are two circles with a common centre, O. PSOUR is a straight
line.
Diagram 21
Given that PS = SO = 4 cm, calculate the area, in cm², of the shaded region.
A 8π
B 16π
C 32π
D 64π
22
.
In Diagram 22, O is the centre of the circle and POR is a diameter of the circle.
PQR is a right-angled triangle.
Diagram 22
Find the area, in cm², of the coloured region.
A 25π - 24
B 25π - 30
86
●
O
P R
Q
10 cm
8 cm
●
O
P R
Q
10 cm
8 cm
R
S
T
U
P
Q
O
R
S
T
U
P
Q
O

C 25π - 48
D 100π - 48
23
.
In Diagram 23, PQRS is a cyclic quadrilateral.
NPQ is a straight line and O is the centre of the circle.
Diagram 23
A 50°
B 60°
C 70°
D 120°
24
.
Diagram 24 shows a triangular pattern on a wall.
Diagram 24
A tin of paint is required to paint an area of 5 m².
How many tins of paint if needed to paint the surface of the triangle?
A 12
B 24
C 25
D 32
87
15 m
17 m
15 m
17 m

25
.
Which of the following diagram shows line XY non-parallel to line PQ ?
A.
B.
C.
D.
88
X
Y
P
Q
70O
70O
70O
70O
X
Y
P
Q
70O
70O
X
Y
P
Q
110O
110O
X
Y
P
Q

26
.
It is given that 1732 −=− yx and 4−=x . Calculate the value of y.
A 3
B 4
C 5
D 6
27
.
Diagram 27 represent two simultaneous linear inequalities on a number line.
Diagram 27
Which of the following inequalities is the solution for both of the inequalities on the number
line ?
A –3 ≤ x ≤ 2
B –3 < x < 2
C –3 ≤ x < 2
D –3 < x ≤ 2
28. In Diagram 28, CE are points on a Cartesian plane.
Diagram 28
D is the midpoint of CE. The coordinates of D are
A (1, 3)
B (2, 3)
89
–4 –3 –2 –1 0 1 2
C (-7, 8)
E (5, -2)
x
y
0
●
●
C (-7, 8)
E (5, -2)
x
y
0
●
●

C (-1, 3)
D (-2, 3)
29. Diagram 29 shows points J, K, L and M marked on a grid of equal squares with sides of
1 unit.
Diagram 29
Which points are equidistant from point O?
A M and J
B M and K
C K and L
D K and J
30. In Diagram 30, C is the centre of the circle and ABC is a right-angled triangle.
Calculate the perimeter of the whole diagram.
A 60.29 cm
B 72.59 cm
C 75.29 cm
D 75.59 cm
31
.
Sally, Shirley and Susan invested a sum of money in a bookstore in the ratio 7 : 5 : 6.
The total amount invested by Sally and Susan was RM624. find the total amount invested by
90
A
B
D
12 cm 150º
C9 cm
A
B
D
12 cm 150º
C9 cm
Diagram 30
●
●
●
●
●
J
K
LM
O
●
●
●
●
●
J
K
LM
O

Sally and Shirley.
A RM864
B RM576
C RM288
D RM48
32
.
Table 32 shows the price of mangoesteens sold at four stalls, W, X, Y and Z
W X
3 mangoesteens for RM 15
5 mangoesteen for RM 20
Y Z
Table 32
Which stall sells mangoesteens at a price that is proportional to the number of
mangoesteens?
A W
B X
C Y
D Z
33
.
Table 33 shows the number of computers sold by a company from January to April
Month January February March April
Number of computer sold 1450 1800 1650 1600
Table 33
Based on the data in table above, which of the following statements is not true ?
A The difference between the highest and the lowest number of computers sold in a month
is 350
B The mean number of computers sold for a month over this four month period is 1625
C The total number of computer sold after February is 3250
D The number of computers sold in April is equivalent to 30% of the total number of
computer sold over the four month period
34
.
Diagram 34 is a bar chart which shows the number of books sold by a bookshop in six
months
91

Diagram 34
If the number of books sold in March is 20 000, find the number of books sold in February
A 8 000
B 10 000
C 12 000
D 16 000
35
.
Diagram 21 is a pie chart showing the types of fruits in a trolley.
Diagram 21
There are 252 rambutans.
How many mangosteens are in the trolley?
A 98
B 70
C 42
D 28
36
.
The line graph in Diagram 36 shows the income of a hawker in 4 months.
92
January
Month
February
March
April
May
Numberofbooks
June
January
Month
February
March
April
May
Numberofbooks
June
Rambutan
160˚
Mangosteen
Guava
Durian
5y
2y
60˚
Rambutan
160˚
Mangosteen
Guava
Durian
5y
2y
60˚

Diagram 36
Calculate the total income in 4 months.
A RM 6505
B RM 6500
C RM 6250
D RM 6600
37
.
Table 37 shows the numbers of book read by Zulkifli in 5 months.
Month Jan Feb Mac Apr May
Number of books 5 3 2 6 4
Table 37
Calculate the mean number of books read by Zulkifli in 5 months.
A 3
B 4
C 5
D 6
93
Income of a hawker in 4 months
1400
1800
1350
1700
0
500
1000
1500
2000
Jan Feb Mac Apr
Month
Income(RM)

38
.
Diagram 38 shows a graph of a function on a Cartesian plane.
Diagram 38
The equation that represents the function is
A y = x - 2
B y = - x
C y = x + 2
D y = - x + 2
39
.
Table 39 shows the values of variables x and y for the function of y = -2x2
+ 1
x -2 -1 0 1 2
y -7 s 1 -1 t
Table 39
Calculate the value of s + t
A -1
B -6
C -7
D -8
94
2
-2 0 2-4

40
.
In Diagram 40 ABCDEFGH is a regular octagon with sides 3 cm.
Diagram 40
X is the locus of a point which moves such that it is always equidistant from point B and D.
Y is the locus of a point which moves such that its distance from point H is always 3 cm.
Which of the following points is the intersection of locus X and locus Y
A C
B G
C A
D E
END OF QUESTION PAPER
95
B C
A D
E
FG
H

50/1
Mathematics
Paper 2
July
2009
1¾ hours
Set 1
ANSWER TO SCORE
96
MATHEMATICS
Paper 2
1 hour 45 minutes
DO NOT OPEN THIS QUESTION PAPER
UNTIL YOU ARE TOLD TO DO SO
2. Answer all questions. Answer all questions
3. Write your answers clearly in the spaces
provided in the question paper.
4. Diagrams are not drawn to scale unless
stated.
5. The marks allocated are shown in brackets.
Question
Allocated
Marks
Marks
Obtained
1 2
2 2
3 3
4 3
5 2
6 2
7 3
8 3
9 3
10 3
11 3
12 3
13 4
14 3
15 2
16 5
17 4
18 5
19 2
20 3
Total

INFORMATION FOR CANDIDATES
2. Answer all questions.
3. Write your answers clearly in the spaces provided in the question paper.
4. Show your working. It may help you to get marks.
5. If you wish to change your answer, neatly cross out the answer that you have done.
Then write down the new answer.
6. The diagrams provided in the questions are not drawn to scale unless stated.
7. The marks allocated for each question are shown in brackets.
8. A list of formulae is provided on pages 3 and 4.
9. A booklet of four-figure mathematical tables is provided.
10. Calculators are not allowed.
11. This question paper must be handed in at the end of the examination.
97

ones commonly used.
RELATIONS
1. m n m n
a a a +
× =
2. m n m n
a a a −
÷ =
3. ( )m n mn
a a=
4. Distance = 2 2
2 1 2 1( ) ( )x x y y− + −
5. Midpoint
( , )x y = 

 +
2
21 xx
, 

+
2
21 yy
6. Average speed =
distance travelled
time taken
7.
sum of data
Mean =
number of data
2 2 2
c a b= +
SHAPE AND SPACE
1
base height
2
× ×
1
2
× ×
98

rπ
4 rπ
r hπ
21
3
r hπ
34
3
rπ
1
3
16.
= o
17.
area of circle 360
= o
PA
PA
′
area of objectk ×
99

1. Calculate the value of – 42 ÷ 6 – 10 =
Answer :
[ 2 marks]
2.
Calculate the value of
4.0
24.06×
=
Answer :
[ 2 marks]
3. a) Find the value of 3
216
1
=
b) Calculate the value of ( )[ ]23
1693 +− =
Answer :
a)
b)
[ 3 marks]
4. Solve each of the following equations :
100

a) 2 ( r – 2 ) = 10 – 5r
b)
2
6+s
= 4s
Answer :
a)
b)
[ 3 marks]
5. Diagram 5 in the answer space shows quadrilateral ABCD. C’D’ is the image of CD under
a reflection in the straight line LM.
On Diagram 5 in the answer space, complete the image of quadrilateral ABCD.
Answer:
Diagram 5
[ 2 marks]
6. Diagram 6 shows two quadrilaterals, KLMN and K’L’M’N’, drawn on a grid of equal
101
L
M
A B
C
D
C’
D’
L
M
A B
C
D
C’
D’

squares with sides of 1 unit.
Diagram 6
K’L’M’N’ is the image of KLMN under transformation P.
Describe in full transformation P.
Answer:
[2 marks]
7. Factorise completely each of the following expressions :
102
K L
M
N
K’ L’
M’
N’
K L
M
N
K’ L’
M’
N’

a) x8 ² xy4−
b) k6 ² 183 −+ k
Answer :
a)
b)
[ 2 marks]
8. Simplify each of the following
a) ( )342 +x
b) ( ) ( )443 −−−− xx
Answer :
a)
b)
[ 3 marks ]
9.
Express 




 −
−
mn
n
m
2
5
3
as a single fraction in its simplest form.
Answer :
[ 3 marks]
10. a) Solve the inequality 8 + x < 14
b) List all the integer values of x which satisfy the inequalities
103

2 - 3x < 11 and 8 -
3
1
x ≥ 7
Answer :
a)
b)
[ 3 marks]
11.
Given that k
m
=
+
4
52
, express m in terms of k
Answer :
[ 3 marks]
12.
(a) Simplify (p 4−
q 2
) 2
1
÷ (p 2
q − 1
) 2
104

(b) Find the value of 3 2
3
× 3 2
1
Answer :
a)
b)
[ 3 marks]
13. The frequency table in table 13 shows the number of car owners in a housing park.
105

Table 13
Represent all the data by drawing a horizontal dual bar chart in the answer space.
Answer :
Women
Men
[4 marks]
106
Types of Cars Number of Women Number of Man
Kancil 15 5
Persona 18 22
Waja 20 28

14. The diagram 14 below shows the number of books borrowed from a school library by 14
students.
Diagram 14
a ) Using the data, complete the frequency table below.
b) State the median
.
Answer :
a)
Number Frequency
2
3
4
5
6
b)
[3 marks]
107
3 2 4 3 5 6 2
4 2 5 5 3 2 6

15. Diagram 15 shows surfaces of a right prism drawn in the square grid of 1 cm.
Diagram 15
When the right prism is constructed, what would be its volume?
Answer :
[3 marks]
108

16. Diagram 16 below shows a circle with centre O, which is divided into four equal parts. W,
X and Y are three moving points in the diagram.
a) W is a moving point such that it is always equidistant from point Q and point S. By using
the letters in the diagram, state the locus of W.
b) On the diagram draw
i) The locus of point X such that it is equidistant from line OP and line OQ.
ii) The locus of point Y such that YR = RQ.
c) Hence, mark with the symbol ⊗the intersection of the locus of X and the locus of Y.
Answer :
Diagram 16
[5 marks]
109
P
Q
R
S
O
P
Q
R
S
O

17. Use the graph paper provided to answer this question.
Table 17 shows the values of two variables, x and y, for a function.
x -3 -2.5 -2 -1 0 1 2 3 4
y 0 -10 -15 -14 -9 0 10 21 32.5
Table 17
The x – axis and the y – axis are provided on the graph paper.
a) By using a scale of 2cm to 5 units, complete and label the y – axis.
b) Based on table 17, plot the points on the graph paper.
c) Hence, draw the graph of the function.
[4 marks]
110

18. Set squares and protractors are not allowed for this question.
Diagram 18 in the answer space shows two straight lines, PQ and QR.
Using only a ruler and a pair of compasses,
i) construct a rectangle PQRS.
ii) construct a perpendicular line RT from the point R to the straight line QS where the
point T lies on the straight line QS.
Answer :
Diagram 18
[5 marks]
19. Diagram 19 in the answer space shows triangle PQR drawn on a grid of the equal squares.
Triangle PQR is enlarged by the scale factor 2 from the centre O. Draw the image of
triangle PQR in the answer space.
Answer :
112
P
Q R

Q
Diagram 19
[2 marks]
20. Diagram 20 shows two right angled triangles, PMN and PQR. MPQ is straight line.
113
P
Q R
M 6 cm N
x˚
12 cm
y˚
P
R
O

Diagram 20
It is given that cos xo
=
5
3
and sin yo
=
5
4
a) Find the value of tan xo
b) Calculate the length of MPQ in cm
Answer :
a)
b)
[3 marks]
50/1
Mathematics
Paper 2
July
2009
1¾ hours
Set 2
ANSWER TO SCORE
114

INFORMATION FOR CANDIDATES
2. Answer all questions.
3. Write your answers clearly in the spaces provided in the question paper.
4. Show your working. It may help you to get marks.
5. If you wish to change your answer, neatly cross out the answer that you have done.
Then write down the new answer.
6. The diagrams provided in the questions are not drawn to scale unless stated.
115
MATHEMATICS
Paper 2
1 hour 45 minutes
DO NOT OPEN THIS QUESTION PAPER
UNTIL YOU ARE TOLD TO DO SO
1. This question paper consists of 20
questions.
2. Answer all questions. Answer all questions
3. Write your answers clearly in the spaces
provided in the question paper.
4. Diagrams are not drawn to scale unless
stated.
5. The marks allocated are shown in brackets.
Question
Allocated
Marks
Marks
Obtained
1 2
2 3
3 2
4 2
5 2
6 2
7 4
8 2
9 3
10 4
11 3
12 3
13 3
14 3
15 3
16 5
17 5
18 3
19 3
20 3
Total

7. The marks allocated for each question are shown in brackets.
8. A list of formulae is provided on pages 3 and 4.
9. A booklet of four-figure mathematical tables is provided.
10. Calculators are not allowed.
11. This question paper must be handed in at the end of the examination.
ones commonly used.
RELATIONS
1. m n m n
a a a +
× =
2. m n m n
a a a −
÷ =
3. ( )m n mn
a a=
4. Distance = 2 2
2 1 2 1( ) ( )x x y y− + −
116

5. Midpoint
( , )x y = 

 +
2
21 xx
, 

+
2
21 yy
6. Average speed =
distance travelled
time taken
7.
sum of data
Mean =
number of data
2 2 2
c a b= +
SHAPE AND SPACE
1
base height
2
× ×
1
2
× ×
rπ
4 rπ
r hπ
21
3
r hπ
117

34
3
rπ
1
3
16.
= o
17.
area of circle 360
= o
PA
PA
′
area of objectk ×
1.
Calculate the value of
2
3
× 





−
3
2
5
7
Answer :
[2 marks]
118

2.
Calculate the value of 2.6 × 3.5 ÷ 





−
5
3
2 and express the answer as a decimal.
Answer :
[3 marks]
3. Diagram 3, in the answer space shows two triangles, PQR and P’Q’R’, drawn on a grid of
equal squares. P’Q’R’ is the image of PQR under an enlargement.
On Diagram 3 in the answer space, mark T as the centre of enlargement.
Answer:
119

Diagram 3
[2 marks]
4. Diagram 4 in the answer space shows quadrilaterals PQRS and straight line WX drawn on a
grid of equal squares.
Starting from the line WX, draw quadrilateral WXYZ which is congruent to quadrilateral
PQRS.
120
- 6 - 4 - 2 0 2 4 6 8
8
6
4
2
-2
x
y
P
Q R
Q’ R’
P’
- 6 - 4 - 2 0 2 4 6 8
8
6
4
2
-2
x
y
P
Q R
Q’ R’
P’

Answer:
Diagram 4
[2 marks]
5. Diagram 5 in the answer space shows triangle KLM drawn on a grid of equal squares. On
the diagram in the answer space, draw the image of the triangle KLM under a rotation of
90˚ clockwise about the point P.
Answer:
Diagram 5
[2 marks]
6. Given that, 5
3
=
−
k
p
express p in terms of k
Answer :
121
P
Q
R
S
W
X
P
Q
R
S
W
X
P
L M
K
●
L M
K
●

[2 marks]
7. Solve each of the following equations :
a) - 4 – 6x = 14
b)
m
m
4
103 −
= 2
Answer :
a)
b)
[4 marks]
8. Simplify :
736 +− bab ( )abb 4522 −+−
Answer :
[2 marks]
122

9. Diagram 9 shows polygon ABCDEF drawn on a grid of equal squares.
.
Diagram 9
On the grid in the answer space, redraw the polygon using the scale of 1 : 2.
123
E
BA
C
F
D
Answer :

[3 marks]
10. The diagram 10 in the answer space shows a rectangle, PQRS which is drawn on a grid of
squares with sides 1 unit. O is the midpoint of PQ. X, Y and Z are three moving points in the
diagram.
(a) On the diagram draw
(i) The locus of X such that it is constantly 3 units from line PQ.
(ii)
(iii)
The locus of Y such that it is always 5 units from line RQ.
The locus of Z such that point Z from O is always 5 units.
(b) Hence, mark with the symbol ⊗the intersection of the locus of Y and the locus of Z.
Answer :
Diagram 10
[4 marks]
11. Expand each of the following expressions :
(a) 2− ( )3+x + 5( )2+x
(b) ( )mn − ( )mn 3−
Answer :
a)
124
O
S
P
R
Q

b)
[3 marks]
12.
Express
2
32 +a
3
4−
−
a
as a single fraction in its simplest form.
Answer :
[3 marks]
13. In Diagram 13, triangles JKN and JLM are similar.
Diagram 13
State
(a) The angle in triangle JLM which corresponds to ∠JKN.
(b) Find the length, in cm, of LM.
Answer :
a)
125
3 cm
2 cm
6 cm
J
N
ML
K

b)
[3 marks]
14. List all the integer values of k which satisfy both the inequalities
2k + 2 ≥ - 4 and 4 - k > 0
Answer :
[3 marks]
15. Diagram 15 is an incomplete line graph which shows the monthly sales of chickens in a
market.
126

Diagram 15
(a) In which month the number of chickens sold are the highest ?
(b) If the number of chickens sold in January is half of that in Mac, how many chickens
are sold in January?
Answer :
a)
b)
[3 marks]
16. Use the graph paper provided to answer this question.
Table 16 shows the values of two variables, x and y of a function.
x -2 -1 0 1 2 3 4
y 4 0 -2 -2 0 4 10
Table 16
127
Month

The x-axis and the y-axis are provided on the graph paper.
(a) By using the scale of 2 cm to 2 units, complete and label the y-axis.
(b) Based on table 1, plot the points on the graph paper.
(c) Hence, draw the graph of the function.
Answer :
128

[5 marks]
17. Use of set squares and protractors are not allowed for this question.
Diagram 17 shows a quadrilateral ABCD.
129
x
-2 -1 0 1 2 3
y
x
-2 -1 0 1 2 3
y

Diagram 17
Using only a ruler and a pair of compasses, construct diagram 17, beginning from the
line AB provided in the answer space.
Answer :
[5 marks]
18. Simplify (3hm 2
) 4
× (m 2
) 1−
÷ h 7
m 3−
.
Answer :
[3 marks]
19. Find the value of 3 2
1
× 54 2
1
× 2 2
3
.
130
C
BA
D
60˚
6 cm3 cm
A B

Answer :
[3 marks]
20. Diagram 20 shows a right - angled triangle PQR.
Diagram 20
It is given that tan x○
=
3
4
. calculate the length, in cm, of PR.
Answer :
[3 marks]
131
P
Q
R
x○
9 cm

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