1st exam-f4 2010-p1
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SMK BUKIT ASSEK, SIBU
FIRST TERM EXAMINATION
MATHEMATICS FORM 4
PAPER 1
1 HOUR 15 MINUTES
NAME: _____________________________________________ CLASS : __________
This question paper consists of 40 questions. Answer all the questions. For each question, choose only one
answer from the options, A, B, C and D. You may use a non-programmable scientific calculator.
1. Round off 0.079042 correct to three significant figures.
A 0.0790 B 0.07900
C 0.07904 D 0.079040
2. Which of the following does not produce a value of 62 500 when rounded off to three significant
figures?
A 62 548 B 62 509
C 62 550 D 62 462
3. Express 2.003 × 10-8 as a single number.
A 0.00000002 B 0.00002003
C 0.000002003 D 0.00000002003
4. 6 000 000 × 0.09 =
A 5.4 × 106 B 5.4 × 105
C 5.4 × 104 D 5.4 × 10-3
5.8107
0042.0
−×=
A 6 × 10-12 B 6 × 10-8
C 6 × 102 D 6 × 104
6. Simplifynm
nm
+− 22 22
A m – n B 2m – n
C 2 ( m – n ) D 2 ( m + n )
7. 14 x2 – ( 2 x – 1 ) ( 3 + 5 x ) =
A 14 x2 + 3 x – 3 B 14 x2 + 3 x +3
C 4 x2 – x + 3 D 4 x2 + x – 3
8. A pump has a pumping capacity of 500 litre per hour. If it is to be used to empty a pond containing
of 15000 litres of water, find the time needed to empty the pond.
A 0.03 hour B 5 hours C 30 hours D 45 hours
9. Which of the following points does not lie on the line y = 6 x – 2 x2 ?
A ( 0, 0 ) B ( 1, 5 ) C ( 2, 4 ) D ( 3, 0 )
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10. The diagram below shows a cylinder with the volume of 3.5 × 103 cm3, and base area of 1.29
× 102 cm2.
The height, in cm, of the cylinder is
A 2.71 × 10-1 B 2.71 × 101
C 3.37 × 10-3 D 3.37 × 103
11. Roslan bought 13.6 kg of mutton from the market. Round off the weight of mutton correct to one
significant figure.
A 10 kg B 11 kg C 13 kg D 20 kg
12. Calculate 39.3 ÷ 4.2 × 0.005 and round off the answer correct to two significant figures.
A 0.04 B 0.046 C 0.047 D 1900
13. Factorise 9 x 2 – 24 x – 9 perfectly.
A ( 3 x + 1 )( x + 3 ) B ( 3 x2 – 3 )( 1 – 8 x )
C 3 ( 3 x + 1 )( x – 3 ) D 3 ( 3 x – 1 )( x + 3 )
14. In the figure, XYZ is a straight line.
Find the value of 2 y.
A 80o B 120o C 160o D 170o
15. Given that 125 – 5 x2 = a ( 5 – x )( b + x ), state the value of a and b.
A a = - 5, b = 5 B a = 1, b = 25
C a = 5, b = - 5 D a = 5, b = 5
16. Evaluate x2 + 4 x + 9 if x = -1
A 14 B 12 C 9 D 6
17. ( p – m )2 – ( p2 + m2 ) =
A 0 B - 2 pm C - 2m2 D - 2m2 – 2 pm
18. Which mathematical statement below able to form a quadratic expression?
A ( 8a + 5b ) + ( 4a + 3b ) B 3h – 7h + h – 4h
C ( 6 x – 8 ) ( 8 y – x ) D ( 9 – 5w ) ( 3 – 2w )
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19. Given A = {Multiples of 4 less than 28}. Which of the following is not true ?
A {4, 8}⊂ A B {4, 8, 12}⊂ A
C {4, 8, 12, 16, 20, 24} ⊂ A D {4, 8, 12, 16, 20, 24, 28} ⊂ A
20. Given P = { numbers with three digits can be divided perfectly by 6}. Which of the following is the
element for set P ?
A 138 B 212 C 296 D 506
21. A factory can produce more than 500 dolls a day. Given that the daily production of the doll is x,
contruct an inequality for x for the factory's weekly doll production.
A x ≤ 3500 B x < 3500 C x > 3500 D x ≥ 3500
22. Given set P = {a, b, c, d }. Number of subsets for set P is
A 10 B 12 C 14 D 16
23. Solve the following simultaneous equations: 2 x + 3 y = 65 and 3 x + 2 y = 35
A x = - 2, y = 23 B x = - 3, y = 22C x = - 5, y = 25 D x = 4, y = 19
24. From the figure, P'Q'R'S' is the image of PQRS under a certain enlargement.
Find the scale factor of the enlargement.
A 2 B 3 C 6 D 9
25. Which one of the following is not a Quadratic Expression?A 4 x2 + 1 B 3k – 2k 2
C 10 – 7 pq + p2 D 15w2 + 20w + 40
26. Given that PRT = 100, find the value of P when R = 10 and T = 5.
A 0 B 1 C 2 D 5
27.e
e
−−
5
52–
−−
e
e
5
5=
Ae
e
−5
2B
e
e
−−
5
102C
e
e
−−
5
103D - 2
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28. The figure shows a solid cone with a base radius of 14 cm and a height of 30 cm
Find the volume of protion B, if the portion A with a base radius of 7 cm and a height of 9 cm is
removed from the solid cone? (Take7
22=π ).
A 770 cm3 B 1540 cm3
C 4312 cm3 D 5698 cm3
29. Factorise 3 x2 – 11 x + 6
A ( 3 x – 2 ) ( x + 3 ) B ( 3 x – 2 ) ( x – 3 )
C ( 3 x + 2 ) ( x – 3 ) D ( 3 x + 2 ) ( x + 3 )
30. ( 81 x2 y3 )3 ÷ ( 27 xy2 )3 =
A 27 xy3 B 27 ( xy )3 C 27 x3 y D 27 x5 y5
31. From the figure, O is the centre of a circle.
Find the value of x.
A 15o B 25o C 45o D 90o
32. In the figure, O is the centre of the circle.
Find the value of y.
A 30o B 60o C 90o D 120o
33. A car is travelling at ( x + 20 ) ms-1. How many metres had the car travelled if it continued for
another ( 2 x – 1 ) seconds, at the same speed?
A ( x + 20 ) – ( 2 x – 1 ) B ( x + 20 ) + ( 2 x – 1 )C ( x + 20 ) ( 2 x – 1 ) D
12
20
−+
x
x
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34. Given that ( x – a )2 = x2 – 8 x + 16, find the value of a.
A - 4 B 2 C 4 D 8
35. The table shows the number of students who visited the school library in a week.
If the data is to be represented by a pie chart, find the angle of sector for the number of students who
visited the library on Thursday.A 12.5o B 40o C 45o D 61.88o
36. If the mean weight for 25 students is 42 kg, determine the total weight for this group of students.
A 25 kg B 42 kg C 1050 kg D 2542 kg
37. Find the value of a in the diagram below.
A 41o B 49o C 55o D 94o
38.
The above table shows the number of periods a student has to attend in a school from Monday to
Friday. If there are altogether 48 periods, find the value of y.
A 10 B 12 C 13 D 15
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Day Mon Tue Wed Thu Fri Number Of
Periods
11 y 9 10 8
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39.
The above figure is drawn on a Cartesian plane. Figure P' is the image of figure P under a
translation represented by
A
−−
8
4B
2
8C
−
2
8D
−−
2
8
40.
In the above diagram, S, T and U are the vertices of a triangle. Given that the distance of TU is
three times the distance of ST, find the coordinates of U.
A ( 7, 6 ) B ( 7, 5 ) C ( 7, - 10 ) D ( 7, -6 )
Prepared by, Checked by, Checked by, Certified by,
________________ ___________________ __________________ __________________
( LEE KUOK ING ) NURHAFIZA ISMAIL) ( LING MEE YAO ) (SOON SHU CHING)
MEI 2010
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