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ppr maths nbk
1449/2 Matematik Kertas 2 Okt 2006 2 jam
SEKTOR SEKOLAH BERASRAMA PENUH BAHAGIAN SEKOLAH
KEMENTERIAN PELAJARAN MALAYSIA
PEPERIKSAAN AKHIR TAHUN TINGKATAN 4 2006
Kertas soalan ini mengandungi 22 halaman bercetak 1449/2 @ 2006
Hak Cipta SBP
MATEMATIK Kertas 2
Dua jam tiga puluh minit
JANGAN BUKA KERTAS SOALAN INI SEHINGGA DIBERITAHU
Pemeriksa
Bahagian Soalan Markah Penuh Markah
Diperoleh 1 4
2 4
3 4
4 5
5 5
6 4
7 7
8 5
9 3
10 5
A
11 6
12 12
13 12
14 12
15 12
B
16 12
1. Kertas soalan ini mengandungi dua bahagian : Bahagian A dan
Bahagian B.
2. Jawab semua soalan Bahagian A dan empat soalan daripada
Bahagian B.
3. Jawapan hendaklah ditulis dengan jelas dalam ruang yang
disediakan dalam kertas soalan.
4. Tunjukkan langkah-langkah penting dalam kerja mengira anda.
Ini boleh membantu anda untuk mendapatkan markah.
5. Rajah yang mengiringi soalan tidak dilukis mengikut skala
kecuali dinyatakan.
6. Satu senarai rumus disediakan di halaman 2 dan 3.
7. Anda dibenarkan menggunakan kalkulator saintifik yang tidak
boleh diprogram.
Jumlah
NAMA : TINGKATAN :
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The following formulae may be helpful in answering the
questions. The symbols given are the ones commonly used.
RELATIONS 1 am an = am + n 2 am an = am - n 3 (am)n = am n
4 A-1 =
ac
bdbcad
1
5 P(A) = ( )( )SnAn
6 P(A) = 1 P(A)
7 Distance = ( )212212 )( yyxx + 8 Midpoint
(x, y) =
++2
,2
2121 yyxx
9 Average speed = 10 Mean = 11 Mean = 12 Pythagoras Theorem
c2 = a2 + b2
13 12
12xx
yym
=
14 erceptintxerceptintym
=
distance traveled time taken
sum of data number of data
Sum of (midpoint of interval frequency) Sum of frequencies
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SHAPE AND SPACE
1 Area of trapezium = 21 sum of parallel sides height
2 Circumference of circle = d = 2r 3 Area of circle = r2 4
Curved surface area of cylinder = 2rh 5 Surface area of sphere =
4r2 6 Volume of right prism = cross sectional area length 7 Volume
of cylinder = r2h
8 Volume of cone = 31 r2h
9 Volume of sphere = 34 r3
10 Volume of right pyramid = 31 base area height
11 Sum of interior angles of a polygon = (n 2) 180 12 13
14 Scale factor, k = PAPA'
15 Area of image = k2 area of object.
arc length angle subtended at centre
circumference of circle 360
area of sector angle subtended at centre
area of circle 360
=
=
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Section A
[52 marks]
Answer all questions in this section.
1 Solve the quadratic equation 21
352 2 =
pp .
[4 marks] Answer: 2 Calculate the value of p and of q that
satisfy the following simultaneous linear
equations: 3p 4q = 2
13221 =+ qp
[4 marks] Answer:
For Examiners
Use
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3 Diagram 1 shows a right prism. Right angled triangle PQR is
the uniform cross-
section of the prism.
DIAGRAM 1 (a) Name the angle between the plane STP and the plane
STQR, (b) Calculate the angle between the plane STP and the plane
STQR.
[4 marks]
Answer: (a) (b)
For Examiners
Use
[Lihat sebelah
P
Q R
S T
U
9 cm18 cm
12 cm
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4 A straight line ST is parallel to line y = 2x + 5 and passes
through point (4, 2). Find
(a) the gradient of the straight line ST, (b) the equation of
the straight line ST and hence, state its y-intercept.
. [5 marks]
Answer: (a) (b)
5 A bag contains 50 pens. 15 of them are blue and the rest are
red and green. A pen is chosen at random from the bag.
(a) Find the probability that a blue pen is chosen.
(b) The probability of choosing a green pen is 51 . How many
green pens
are there in the bag?
(c) Another 10 green pens are put into the bag. Find the
probability that a green pen is chosen from the bag.
[5 marks] Answer:
(a) (b) (c)
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6 Diagram 2(a) shows a container in the form of a right pyramid
fully filled with water. Diagram 2(b) shows an empty cylindrical
container. The height of the pyramid is 15 cm.
DIAGRAM 2(a) DIAGRAM 2(b) All the water from the right pyramid
container is poured into the cylindrical
container.
By using = 722 , calculate the height, in cm, of the water level
in the cylinder.
[4 marks]
Answer:
For Examiners
Use
[Lihat sebelah
14 cm
A B
C D
E
12 cm
8 cm
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7 In Diagram 3, OPQS is a quadrant with the centre O and OSQR is
a semicircle with the centre S.
DIAGRAM 3
Given that OP = 14 cm. Using = 722 , calculate
(a) the area, in cm2, of the shaded region, (b) the perimeter,
in cm, of the whole diagram.
[6 marks] Answer: (a) (b)
O P
Q
R S 60
T
For Examiners
Use
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8 (a) Determine whether the following is a statement or not.
Give a reason to your answer. (b) Rewrite the following statement
by inserting the word not into the original statement. State the
truth value of your new statement. (c) Construct a true statement
using a suitable quantifier for the given object and the
property.
[5 marks] Answer:
(a) ..
(b) ..
(c) .
For Examiners
Use
[Lihat sebelah
64 = 42
3 is the factor of 15
Object : Triangles Property : Have a right angle
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9 The Venn diagram in the answer space shows set P, set Q and
set R with the universal set = P Q R.
On the diagrams provided in the answer space, shade (a) the set
Q (P R), (b) the set Q R P.
. [3 marks] Answer:
(a) (b)
10 In Diagram 4 , AE is a tangent to the circle centre O, at A.
CDE is a straight line.
DIAGRAM 4 Find the value of
(a) x (b) y (c) z
[5 marks]
Answer: (a) (b) (c)
For Examiners
Use
P
R Q
A
20
B
C D
70
z x
y O E
P
R Q
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11 (a) Diagram 5 shows a unit circle.
DIAGRAM 5
Find the value of (i) sin v (ii) cos v + sin 270
[3 marks]
(b) Diagram 6 shows a rhombus PQRS.
DIAGRAM 6
It is given that TSQ is a straight line and tan x = 125 .
Find (i) the length of RP (ii) sin x
[3 marks] Answer:
(a) (i) (ii)
(b) (i)
(ii)
For Examiners
Use
[Lihat sebelah
1 1
1
1
y
x v
( 0.42, 0.91)
O
P
Q
R
S T
x 26 cm
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Section B
[48 marks]
Answer four questions in this section. 12 (a) In Diagram 7, a
straight line RS is parallel to the straight line PQ. The
equation of PQ is 2y = x 4.
DIAGRAM 7
Find (i) the y-intercept of PQ, (ii) the value of m, (iii) the
equation of RS.
[6 marks]
Answer: (a) (i) (ii) (iii)
For Examiners
Use
y
x O
R Q(8, m)
P
S(4, 5)
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(b) In Diagram 8, EFGH is a parallelogram and O is the origin.
The gradient of EF is 2.
DIAGRAM 8
Find (i) the equation of line EF, (ii) the coordinates of H,
(iii) the gradient of HF.
[6 marks]
Answer: (b) (i) (ii) (iii)
[Lihat sebelah
For Examiners
Use
H
x O G
E
F(4, 10) y
12
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13 (a) Diagram 9 shows a right prism with a horizontal
rectangular base PQRS.
DIAGRAM 9
Given that E and F are midpoints of WV and SR respectively.
(i) Find the length of PF, (ii) Calculate the angle between the
line PE and the plane PQRS, (iii) Name the angle between the plane
PQVE and the plane PQUT.
[6 marks]
Answer: (a) (i) (ii) (iii)
For Examiners
Use
8 cm
5 cm 7 cm
12 cm
P
Q R
U
W
T
E
F
S
V
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(b) In Diagram 10, MP and LQ are two vertical flagpoles standing
on horizontal ground KLM .
DIAGRAM 10 Given that the angle of depression of P from Q is 38,
MP = 5 m, LQ = h m and KM = 10 m. Calculate
(i) the angle of elevation of P from K, (ii) the value of h.
[6 marks] Answer:
(b) (i) (ii)
For Examiners
Use
400
5 m
P
70 M
Q
h m
K
L
13
[Lihat sebelah
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14 (a) (i) Fill the blanks with and or or in order to form a
true statement.
(a) sin 30 = 21 cos 30 =
21
(b) All the multiples of 3 are multiples of 6 all multiples of 6
are multiples of 3.
(ii) Complete the argument below. Premise 1 : If a A, then a A
B. Premise 2 : __________________________________ Conclusion : 5
A
(iii) Make a general conclusion by induction for the sequence
13, 28, 49, 76, which follows the following pattern: 13 = 3 (2)2 +
1 28 = 3 (3)2 + 1 49 = 3 (4)2 + 1 76 = 3 (5)2 + 1
[6 marks] Answer:
(a) (i) (a) . (b) .
(ii)
..........................................................................................................
(iii)
..........................................................................................................
For Examiners
Use
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(b) Diagram 11 is an incomplete Venn diagram. A group of 45
students involved in their favourite games.
DIAGRAM 11
Given that = B S T and the number of students who involve in
badminton only is the same as the students who involve in tennis
only.
Find the number of students who involve in (i) all the three
games, (ii) neither badminton nor tennis, (iii) two games only.
(iv) tennis only.
[6 marks]
Answer:
(b) (i) (ii) (iii) (iv)
For Examiners
Use
[Lihat sebelah
B = Badminton 2
5 3
6
11
T = Tennis
S = Squasy
14
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15 The daily distances, in km, travelled in 40 days by a
salesman are shown in Diagram 12.
DIAGRAM 12
(a) Using data in Diagram 12 and a class interval of 10 km,
complete Table 1 in the answer space.
[4 marks] Answer: (a)
TABLE 1
(b) Determine the range of the given data. [1 mark] (c) Based on
your table in (a), calculate the estimated mean distance
travelled.
[3 marks] Answer: (b) (c) (i)
(ii)
(d) For this part of the question, use the graph paper on page
19. By using a scale of 2 cm to 10 km on the x-axis and a scale of
2 cm to 1 day on the y-axis, draw a frequency polygon for the data
above.
[4 marks] Answer:
(d) Refer graph on page 19.
42 62 51 37 70 14 12 93 53 45 54 27 70 76 91 72 68 58 57 65 21
18 22 87 64 63 57 59 70 19 41 55 36 56 50 57 73 75 13 39
Distance (km) Midpoint Frequency
11 20
21 30
31 40
For Examiners
Use
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Graph for Question 15(d)
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16 The histogram in Diagram 13 shows the marks achieved in a
test by a group of students in a particular school.
DIAGRAM 13
(a) Find the total number of students who sat for the test. [1
mark] (b) Find the modal class. [1 mark] (c) Based on the
histogram, complete the Table 3 below. [3 marks] Answer: (a)
(b)
(c) Marks Upper boundary Cumulative
frequency 20 29 29.5 0 30 39 39.5 4
TABLE 3 (d) For this part of the question, use the graph paper
on page 22.
By using the scale of 2 cm to 10 marks on the x-axis, and 2 cm
to 10 students on the y-axis, draw an ogive for the data.
[4 marks] (e) From the ogive, find (i) the median, (ii) the
number of students who passed the test if the passing mark is 45%.
[3 marks]
For Examiners
Use
29.5 39.5 49.5 59.5 69.5 79.5 89.5 99.5
4
8
12
16
20
Marks
Frequency
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Answer: (d) Refer graph on page 22. (e) (i) (ii)
For Examiners
Use
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Graph for Question 16(d)
END OF QUESTION PAPER