2005 pmr klon p1

1. The diagram below shows a number line.

Which of the following is the value of x and of y?
A −2, 2
B −2, 6
C −4, 2
D −4, 6
TEMA/KONTEK TING SOALAN KONSTRUK ARAS
Integer 1 1 Pengetahuan R

2. State all the prime factors of 114.
A 1, 2, 6
B 1, 38, 57
C 2, 3, 19
D 2, 3, 114
Number pattern 1 2 Pengetahuan R
and sequence

3. Find all the lowest common multiple (LCM) of 4, 10 and 12.
A 40
B 60
C 90
D 120
Number pattern 1 3 Kemahiran S
and sequence menghitung

4. How many prime numbers are there between 50 and 70?
A 2
B 3
C 4
D 5
Number pattern 1 4 Pengetahuan R
and sequence

5. A factory operates every day. The factory produces 1550 bottles per day. In a particular
week, 165 bottles are found cracked. How many of the bottles produced in that week are

not cracked?
A 1155
B 1385
C 9695
D 10 685
Whole number 1 5 Problem R
solving

6. Munah spends 42% of her monthly salary on household expenditure. She spends
RM35 000 on household expenditure in one year. She receives the same amount of
salary every month for that year. What is her monthly salary?
A RM2916.67
B RM6934.44
C RM6944.44
D RM6954.44
Percentages 1 6 Pengetahuan R

7. In the diagram below, PQRS, YXWV and WUT are straight lines.

Find the value of l + m + n + o + p.
A 180
B 360
C 540
D 720
Polygon II 3 7 Pengetahuan R

8. The diagram below shows a prism.

Which of the following is a net for the prism?

A

B

C

D

Polygon II 2 6 Pengetahuan R

9. The diagram below shows a triangle PRS and PQR is a straight line.

Calculate the length, in cm, of PS.
A 16.33
B 16.46
C 18.44
D 20.07
Theorem 2 9 Kemahiran S
Pythagoras’ Menghitung

10. In the diagram below, PQRS is a quadrilateral and RST is a straight line.

Find the value of y.
A 35
B 64
C 85
D 87

Polygon II 3 10 Kemahiran R
menghitung

11. In the diagram below, PQS is a right angled triangle, QRS is an isosceles triangle and
RST is a straight line.

Find the value of x.
A 47
B 57
C 86
D 94
Polygon II 3 11 Kemahiran R
menghitung

12. In the diagram below, PQRS is a square. PTR is an arc of a circle with centre Q. PVR is
an arc of a circle with centre S.

X is the locus of a point which moves such that its distance from S is 5 cm. Y is the locus

of a point which moves such that its distance from PQ and QR is always constant. Which
of the points A, B, C or D is the intersection of locus X and locus Y?
Locus In Two 2 11 Kemahiran S
Dimension menanda

13. In the diagram below, CD, EF, GH, JK and LM are straight lines.

Which of the following is the same value as x + y?
A r+w
B p+q
C q+v
D p+u
Lines and angles 3 13 Kemahiran R
II menghitung

14. In the diagram below, P, Q, R, S and T are vertices of a 12 sided regular polygon.

A 45
B 50
C 75
D 90
Polygon 3 14 Kemahiran R
menghitung
sudut

15. In the diagram below, STU is an equilateral triangle and VTU is an isosceles triangle.

A 8
B 13
C 47
D 68
Polygon 1 15 Kemahiran R
menghitung
sudut

16. In the diagram below, PQRW is a square and STUV is a rectangle. WRST is a straight
line and WR=RS.

Find the perimeter, in cm, of the whole diagram.
A 61
B 74
C 75
D 80

Area and 1 16 Kemahiran R
perimeter menghitung

17. The diagram below shows a trapezium.

Calculate the area, in cm2, of the trapezium.
A 22
B 38
C 44
D 95
Area and 1 17 Kemahiran R
perimeter menghitung

18. The diagram below shows a container in the shape of a cuboid and another container in
the shape of a cylinder.

The cuboid is filled up with water. All of the water in the cuboid is then poured into the
cylindrical container. The radius of the cylinder is 6 cm. Calculate the height, in cm, of
the water level in the cylindrical container.
22
(Use π= )
7
A 4.24
B 5.65
C 6.48
D 8.48
Solid geometry 3 18 Kemahiran T
penyelesaian
masalah

19. Diagram (a) shows a cone with slant height 14 cm. The cone is divided into two equal
parts. One part is as shown in Diagram (b).

The area of the shaded base in the diagram (b) is 88 cm2. Calculate the height, in cm, of
the cone.
A 5.92
B 11.83
C 26.83
D 31.83

Solid geometry 3 19 Kemahiran S
menyelesaikan
masalah

20. The diagram below shows a circle PQRS with centre O.

Find the value of y.
A 36
B 56
C 61
D 90
Circles 3 20 Kemahiran S

menghitung
sudut

21. The diagram below shows a circle PQRS with centre O and PST is a straight line.

A 6
B 13
C 18
D 41

menghitung
sudut

22. In the diagram, O is the centre of the circle. MPN and POQ are straight lines.

The length of PO is 5 cm and the length of POQ is 18 cm.
Calculate the length, in cm, of MPN.

A 5
B 10
C 15
D 24
Circles 3 22 Kemahiran T
menghitung

23. The diagram below shows PQR is a straight line and PQS is a quadrant of a circle with
centre Q.

The area of triangle QRS is 49 cm2.
Calculate the area, in cm2, of quadrant PQS.
22
(Use π= )
7
A 12.83
B 38.5
C 53.5
D 154
menghitung

24. The diagram below shows an arc of a circle PQR with centre O.

The radius of the circle is 21 cm and PT = 3 TS. Calculate the perimeter, in cm, of the
whole diagram.
22
(Use π= )
7
A 72
B 134
C 144
D 154
Circle 2 24 Kemahiran S
menghitung

25. The diagram below shows R'S'T is the image of RST under an enlargement.

It is given that RT = 14 cm, TS = 4 cm and the scale factor of the enlargement is 2.
Calculate the area, in cm2, of the shaded region.
A 21
B 42

C 84
D 168

Transformations 3 25 Kemahiran S
menghitung

26. The table below shows the number of tins collected by a group of students in a recycle
campaign.
Number of tins 4 6 8 10 12
Frequency 7 6 5 4 8
Calculate the mean number of tins collected by a student.
A 4
B 5
C 8
D 16

statistics 3 26 Kemahiran R
menghitung

27. Solve the inequality 7 − 3x ≤ 13.
A x ≤ −2
B x≤3
C x ≥ −2
D x≥3

Linear 3 27 Kemahiran S
inequalities menyelesaikan
masalah

28. In the diagram below, L is the midpoint of the straight line KM.

Find the value of h.
A 3
B 4
C 5
D 8

Koordinat 2 28 Kemahiran R
menghitung

29. Given that 3x − y = −7 and 2x + y = 12. Calculate the value of x.
A −1
B 1
C 2
D 3

Linear equations 3 29 Kemahiran T
II menghitung

30. The diagram below shows two points, G and H, on a Cartesian plane.

Calculate the distance between the point G and point H.
A √ 30 Units
B √ 37 Units
C √ 74 Units
D √ 111 units

Koordinat 2 30 Kemahiran R
menghitung
jarak

31. Given that x : y = 2 : 11, calculate the value of x if y = 66.
A 6
B 12
C 14
D 24

Rates and 2 31 Kemahiran R
propotions menghitung

32. The table below shows the number of goals scored by a football team in a league

competition.

Number of goals 0 1 2 3 4 5
Frequency 4 1 5 x 6 3

The mode of the number of goals scored by the team is 4. Find a possible value of x.
A 4
B 7
C 10
D 13

statistics 3 32 Kemahiran R
mentfsir

33. Which of the following graphs represents y = x + 7?
A

B

C

D

Graph functions 3 33 Pengetahuan R

34. The table below shows the number of books read by a group of pupils in a week.
Number of books 1 2 3 4 5
Number of pupils 8 6 6 7 4
The median for the data is
A 1
B 2.5
C 3
D 5

Statistics 3 34 Kemahiran R
Mentafsir

35. The ratio of books owned by Ahmad to the books owned by Bobby is 2 : 7. The ratio of
books owned by Bobby to the books owned by Chong is 8 : 5.
Find the ratio of books that Ahmad, Bobby and Chong own.
A 13 : 53 : 38
B 16 : 52 : 40
C 16 : 56 : 35
D 19 : 56 : 35

Ratio, Rates and 2 35 Kemahiran T
propotions I menghitung

36. The diagram below is a bar chart which shows the number of pupils in SMK Baginda
who scored grade A in all subjects taken in the PMR examination for three consecutive
years.

Calculate the difference between the total number of boys and the total number of girls
over the three years.
A 3
B 4
C 6
D 9

Statistics 3 36 Kemahiran S
mentafsir

37. The diagram below shows three packs of peanuts, P, Q and R. Each pack has a different
mass and a different price.

Sharon calculated the price per gram for each pack. Which of the following statements is
true?
A P is cheaper than Q
B P is cheaper than R
C Q is cheaper than P
D Q is cheaper than R

Ratio,rates and 3 37 Kemahiran T
propotions II menghitung

38. Given that y = 9x2 − 6x + 4, calculate the value of y when x = 5.
A 99
B 199
C 200
D 398

Graph functions 3 38 Kemahiran S
menghitung

39. The distance from Bangi to Melaka is 120 km. A bus leaves Bangi at 1115 hours. Its
average speed is 80 km h-1.
At what time, in the 24-hours systems, does the bus arrive in Melaka?
A 1135
B 1145
C 1245
D 1335

Ratio,rates and 3 39 Kemahiran T
propotions menghitung

40. The diagram below shows a circle with centre O. The length of the minor arc PQ is 2.4
cm.

Calculate the radius, in cm, of the circle.
22
(Use π= )
7
A 1.30
B 2.21
C 4.43
D 13.29

Circles 3 40 Kemahiran T
menghitung

END OF QUESTION PAPER

Answers:
1. C
2. C
3. B
4. C
5. D

6. C
7. B
8. A
9. C
10. D
11. A
12. C
13. C
14. A
15. B
16. B
17. B
18. D
19. B
20. B
21. B
22. D
23. B
24. C
25. C
26. C
27. C
28. B
29. B
30. B
31. B
32. A
33. B
34. C
35. C
36. C
37. A
38. B
39. C
40. C

2005 pmr klon p1

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