0 Name : …………………………………………………… Form : …………………………………………………….

SMKA NAIM LILBANAT 15150 KOTA BHARU KELANTAN. “SEKOLAH BERPRESTASI TINGGI”

PEPERIKSAAN PERCUBAAN SPM 2014

3472/2

ADDITIONAL MATHEMATICS Kertas 2 2 ½ Jam

2 ½ Jam

Untuk Kegunaan Pemeriksa

Arahan: 1. This question paper consists of three sections: Section A, Section B and Section C.

Soalan

Markah Penuh

1

5

2

7

3

6

4

7

5

8

6

7

7

10

8

10

9

10

10

10

11

10

12

10

13

10

14

10

15

10

JUMLAH

100

A

2. Answer all questions in Section A, any four questions from Section B and any two questions from Section C. 3. Write your answers on the paper sheets provided. B

C

Kertas soalan ini mengandungi 8 halaman bercetak. 3472/2

Markah Diperoleh

1 Section A [40 marks] (Answer all questions)

1.

Solve the following simultaneous equations : Selesaikan persamaan serentak berikut:

3x  y  1 and 5x 2  xy  2y  1

[5 marks]

2.

(a)

Skatch the graph of y  4 sin 2x for 0  x  Lakarkan graf bagi y  4 sin 2x untuk 0  x 

(b)

3  2

3  2

[3 marks] Hence, by using the same axes, sketch a suitable straight line to find the number of the 3 x 1 solutions of the equation sin 2x   for 0  x   . 2  2 Seterusnya, dengan menggunakan paksi yang sama, lakar satu garis lurus yang sesuai untuk mencari 3 x 1 bilangan penyelesaian bagi persamaan sin 2x   untuk 0  x   . 2  2

[4 marks]

3.

3 The gradient function of a curve which passes through the point (1,  ) is kx2 - x, where k is a 2 constant. The equation of the tangent to the curve at that point is y  2x  5  0 . 3 Fungsi kecerunan bagi satu lengkung yang melalui titik (1,  ) ialah kx2 - x, dengan keadaan k ialah pemalar. 2 Persamaan tangen kepada lengkung pada titik itu ialah y - 2x + 5 - 0.

(a)

Find the value of k. Cari nilai k.

[3 marks] (b) Find the equation of the curve. Cari persamaan bagi lengkung itu.

[3 marks]

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2 4.

A circle is divided into n sectors such that the angles of the sectors form an arithmetic progression. Sebuah bulatan dibahagikan kepada n sektor dengan keadaan sudut-sudut sektor itu membentuk suatu janjang aritmetik.

(a) If the smallest angle and the largest angle are 3° and 27° respectively, find the value of n. Jika sudut yang terkccil dan sudut yang terbesar masing-masing ialah 3° dan 27°. cari nilai n.

[3 marks] (b) Using the value of n obtained in 4(a), find Dengan menggunakan nilai n yang diperoleh di 4(a), cari

(i) the common difference of the progression. beza sepunya janjang itu.

(ii) the value of the tenth angle. nilai bagi sudut yang kesepuluh.

[4 marks]

5.

Diagram 5 shows a triangle PQR where A is a point on PQ, B is a point on PR and C is a point on AR. Rajah 8 menunjukkan sebuah segi tiga PQR di mana A ialah satu titik pada PQ, B ialah satu titik pada PR dan C ialah satu titik pada AR.

R C

B

Q A

P

Diagram 5 / Rajah 5 It is given that:





2QA  3 AP , AC  3 CR , PB  5BR , RB  a , PA  2 b ~ ~ , Express in terms of a and b

Diberi bahawa:

(a)

~

Ungkapkan dalam sebutan

~

a dan b ~

~



(i)

RA

(ii)

BC

 

(iii) CQ (b)

Hence, show that B, C and Q lie on a straight line. Seterusnya, tunjukkan bahawa B, C dan Q berada pada satu garis lurus.

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[5 marks]

[3 marks]

3 6.

Table 6 shows the distrubution of the scores of 60 students in a test. Jadual 6 menunjukkan taburan skor bagi 60 orang murid dalam satu ujian.

Score /

Frequency/

Skor

Kekerapan

1 – 10 11 – 20 21 – 30 31 – 40 41 - 50

10 16 11 12 11

(a) Find the mean of the scores. [2 marks]

Cari min bagi skor tersebut.

(b) Without drawing an ogive, find the interquartile for scores. Tanpa melukis ogif, cari julat antara kuartil bagi skor tersebut.

[5 marks]

Table 6/ Jadual 6

Section B [40 marks] (Answer any four questions from this section) 7.

Use graph paper to answer this question. Table 7 shows the values of two variables, x and y, obtained from an experiment. The variables x and y are related by the equation y  pxq1 , where p and q are constants. Jadual 7 menunjukkan nilai-nilai bagi dua pembolehubah x dan y yang diperolehi daripada satu eksperimen. Pembolehubah x dan y di hubungkan oleh persamaan y  pxq1

x y

(a)

1.5 30.20

2 16.98

2.5 3 10.96 7.244 Table 7/ Jadual 7

3.5 5.012

5 2.512

Construct a table for the values of log10 x and log10 y Bina sebuah jadual bagi nilai-nilai log10 x dan log10 y

[2 marks] (b)

Plot log10 y against log10 x by using a scale of 2 cm to 0.1 units on log10 x -axis and 2 cm to 0.2 unit on the log10 y - axis. Hence, draw the line of best fit. Plot log10 y melawan log10 x , dengan menggunakan skala 2 cm kepada 0.1 unit pada

paksi-

log10 x dan 2 cm kepada 0.2 unit pada paksi- log10 y . Seterusnya, lukis garis penyuaian terbaik.

[3 marks] (c)

From your graph in 7(b), find the value of Dari graf anda di 7(b), cari nilai bagi,

(i) p and q. (ii) y when x = 2.7. nilai y apabila x = 2.7

[5 marks] 3472/2

4 Diagram 8 shows a straight line y = k touching the maximum point A of the curve y  6x  x 2 .

8.

Rajah 8 menunjukkan garis lurus y = k menyentuh titik maksimum A bagi lengkung y  6x  x 2 .

y A

k

(a) Find the value of k.

y=k

Cari nilai k.

[3 marks]

P Q

y = 6x-x

2

(b) Find the area, in unit2, of region Q. Cari luas, dalam unit2, bagi rantau Q.

[3 marks] x

O

(5, 0) Diagram 8/ Rajah 8

(c) Calculate the volume generated, in terms of π, when the region P is revolved 360° about the x-axis. Hitung isi padu janaan, dalam sebutan π, apabila rantau P dikisarkan melalui 360° pada paksi-x.

[4 marks]

9.

Solution by scale drawing is not accepted. Penyelesaian secara lukisan berskala tidak diterima.

Diagram 9 shows a triangle ABC. Rajah 9 menunjukkan segi tiga ABC.

y C (4, 8)

A(2, 2) O

B(10, 2) x

Diagram 9/ Rajah 9

(a) Calculate the area, in unit2, of the triangle ABC. Hitung luas, dalam unit2, segi tiga ABC.

[2 marks]

(b) Find the equation of the perpendicular bisector of BC. [4 marks] (c) The perpendicular bisector of BC intersects line AB at a point D. Find the coordinates of point D. Can persamaan pembahagi dua serenjang BC.

Pembahagi dua sama serenjang BC bersilang dengan garis AB di titik D. Cari koardinati bagi titik D.

[2 marks] (d) A point P(x, y) moves such that PC = 5 units. Find the equation of the locus of point P. Satu titik P(x, y) bergerak dengan keadaan PC = 5 unit. Cari persamaan lokus bagi titik P.

[2 marks] 3472/2

5 10.

Diagram 10 shows a sector AOB of a circle with centre O and a radius of 14 cm. Point C lies on OB such that AC = 2 OC and OC = 5 cm. Rajah 10 menunjukkan sektor AOB bagi satu bulatan berpusat O dan berjejari 14 cm. Titik C terletak pada OB dengan keadaan AC = 2 OC dan OC = 5 cm.

Calculate/ Hitung,

A

(a) the value of θ, in radian. nilai θ, dalam radian. [3 marks] (b) the perimeter, in cm, of the shaded region. perimeter, dalam cm, kawasan berlorek.

[3 marks]

B O

11.

(a)

C

(c) the area, in cm2, of the shaded region. luas, dalam cm2, kawasan berlorek.

[4 marks]

Diagram 10/ Rajah 10

In a survey carried out in a particular district, it is found that three out of five families have less than four children. If 9 families are chosen at random from that district, calculate the probability that at least seven families have less than four children. Dalam suatu tinjauan di sebuah daerah tertentu, didapati tiga daripada lima keluarga mempunyai kurang daripada empat orang anak. Jika 9 keluarga dipilih secara rawak dari daerah itu, hitung kebarangkalian bahawa sekurang-kurangnya tujuh keluarga mempunyai kurang daripada empat orang anak.

[4 marks] (b)

500 students from a school sat for a test. The marks obtained are normally distributed with a mean of 55 and a standard deviation of 10. Seramai 500 orang murid dari sebuah sekolah menduduki satu ujian. Markah yang diperoleh bertaburan secara normal dengan min 55 dan sisihan piawai 10.

(i) Find the number of students who pass the test if the passing mark is 45. Cari bilangan murid yang lulus ujian itu jika markah lulus ialah 45.

(ii) If 15.87% of the students obtained distinction, find the minimum mark needed to obtain a distinction. Jika 15.87% daripada murid-murid itu mendapat kepujian, cari markah minimum yang diperlukan untuk mendapat kepujian.

[6 marks]

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6 SECTION C [20 marks] (Answer any two questions from this section) 12.

Diagram 12 shows a quadrilateral ABCD. Given the area of triangle ABD is 19.7 cm2. Rajah 12 menunjukkan sisi empat ABCD. Diberi luas segi tiga ABD ialah 19.7 cm2.

A

Calculate/ Hitung, (a) the length of AB, in cm.

80o

panjang AB, dalam cm

8 cm

[2 marks].

(b) the length of BD, in cm panjang BD, dalam cm.

B

[2 marks]

D

5.6 cm

7 cm

(c)  BCD,

[3 marks]

(d)  CBD

[3 marks]

C Diagram 12/ Rajah 12

13.

Table 13 shows the prices, the price indices and the weightage of four materials, A, B, C and D, used in the production of a model car. Jadual 13 menunjukkan harga, indeks harga dan peratusan bagi empat bahan A, B, C dan D, yang digunakan dalam menghasilkan model sejenis kereta.

Price (RM) for the year Material Bahan

A B C D

Harga (RM) bagi tahun

Price index for the year 2006 based 2004

Weightage (%)

2004

2006

Indeks harga bagi tahun 2006 berasaskan tahun 2004

100 240 800 160

120 x 1200 240

120 200 150 y

Peratusan

60 20 10 10

Table 13/ Jadual 13 (a)

Calculate the values of x and y. Hitung nilai x dan nilai y.

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[3 marks]

7 (b)

Calculate the composite index for the year 2006 based on the year 2004 Hitungkan indeks gubahan bagi tahun 2006 berasaskan tahun 2004.

(c)

[3 marks]

The price of material C is expected to decrease b y 30% in the year 2008 compared to the year 2006. Find the price index of C for the year 2008 based on the year 2004. Harga bahan C dijangka akan menurun sebanyak 30% pada tahun 2008 berbanding dengan tahun 2006. Cari indeks harga C bagi tahun 2008 berasaskan tahun 2004.

[4 marks] 14.

Use graph paper to answer this question. Guna kertas graf untuk menjawab soalan ini

A company wishes to purchase two types of computers, A and B, for its staff. It plans to buys x computers of type A which cost RM2 000 each and y computers of type B which cost RM3 000 each. The purchase of the computers is subject to the following constraints: Sebuah syarikat ingin membeli dua jenis komputer, A dan B, untuk pekerjanya. Syarikat itu bercadang membeli x unit komputer A yang setiapnya berharga RM2000 dan y unit komputer B yang setiapnya berharga R M 3000. Pembelian komputer itu adalah berdasarkan kekangan yang berikut:

I : The company allocated RM1500 000 for the purchase of the computers. Syarikat itu memperuntukkan RM1500 000 untuk membeli komputer itu.

II : The total number of computers purchased cannot exceed 600. Jumlah bilangan komputer yang dibeli tidak boleh melebihi 600 unit.

Ill: The ratio of the number of computers of type B purchased to the number of computers of type A purchased must be at least 1 : 2. Nisbah bilangan komputer B yang dibeli kepada bilangan komputer A yang dibeli mestilah sekurangkurangnya 1 : 2.

(a) Write three inequalities, other than x  0 and y  0 , which satisfy all the above constraints. Tulis tiga ketaksamaan, selain x  0 dan y  0 , yang memenuhi semua kekangan di atas. [3 marks] (b) Using a scale of 2 cm to 100 computers on both axes, construct and shade the region R which satisfies all the above constraints. Dengan menggunakan skala 2 cm kepada 100 unit komputer pada kedua-dua paksi, bina dan lorek rantau R yang memenuhi semua kekangan di atas.

[3 marks] (c) (i)

If 250 computers of type A are purchased, find the range of the number of computers of type B purchased. Jika 300 unit komputer A telah dibeli, cari julat bagi bilangan komputer B yang dibeli.

(ii)

If the cost of maintenance is RM500 for a computer of type A and RM200 for a computer of type B, find the maximum total cost of maintenance that has to be borne by the company. Jika kos penyelenggaraan ialah RM500 untuk seuint komputer A dan RM200 untuk seunit komputer B, cari jumlah kos penyelenggaraan maksimum yang akan ditanggung oleh syarikat itu.

[4 marks] 3472/2

8

15.

A particle moves along a straight line and passes through a fixed point O at a velocity 36 ms-1. Its acceleration, a m s-2, t s after passing through O is given by a = 6(t - 4). Satu zarah bergerak di sepanjang suatu garis lurus dan melalui titik tetap O dengan halaju 36 m s-1. Pecutannya, a m s-2, selepas melalui O diberi oleh a = 6(t - 4).

[Assume motion to the right is positive.) [Anggapkan gerakan ke arah kanan sebagai positif.] (a) Find its velocity, v m s-1, in term of t. Cari halajunya, v m s-1, dalam sebutan t

[2 marks] (b) Find the values of t when the particle reverses its direction of motion. Cari nilai-nilai t ketika zarah itu bertukar arah gerakannya.

[3 marks] (c) Find the minimum velocity, in m s-1, of the particle. Cari halaju minimum, dalam m s-1 zarah itu.

[2 marks] (d) Calculate the distance, in m, travelled during the third second. Hitung jarak, dalam m, vang dilalui dalam saat yang ketiga.

[3 marks]

END OF QUESTIONS PAPER. KERTAS SOALAN TAMA 3472/2

9 SEK. MEN. KEB. AGAMA NAIM LILBANAT PEPERIKSAAN PERCUBAAN SPM 2014 SKEMA PERMARKAHAN MATEMATIK TAMBAHAN KERTAS 2 NO 1.

SOLUTIONS 1 y y = 3x - 1 or x 3 2 2 5x -x(3x - 1) –2(3x- 1 ) -2(3x -1)= -1 or

 y 3  y 3 2    2y    y  27  0  2   2  2x2 - 5x + 3 = 0 2

(2x  3)(x  1)  0

MARKS TOTAL P1

K1

K1

5

or x

y= 2(a)

3 , x 1 2

N1

7 ,y=2 2

N1

y

4 2 ● 0 -2

1● 2



shape of sin curve

(b)

P1

7

3 1½ cycle for 0  x   2

P1

maximum = 2 and minimum = -2

P1

straight line y  2  No. of solutions = 3

3472/2

x

3 2

4 x 

N1 K1 N1 N1

10 3(a)

dy  kx 2  x dx

P1

3 (1, ) : k  1  2 2 k 3

(b)

y   (3x 2  x) dx

4(a)

3x 3 x 2  c 3 2 3 gantian (1, ) : 2 2 x y  x3  2 2 a 3

K1 N1

6 K1



l  27

K1 N1 P1

or

n 3  27  360 2 n  24

Sn 

(b) (i)

(ii)

24 23

5(a)

N1

T10  3  9(  12

24 ) 23

K1

9 or 12.39 23





~

N1

~





(ii) BC  BR  RC 1   a  (6 a  2 b) ~ ~ 4 ~ 1 1  a b 2~ 2~ 



3 ( 6 a  2 b)  2 b ~ ~ 4 ~ 9 9  a b 2~ 2~

3472/2

K1 N1



(iii) CQ  CA AQ 

N1



(i) RA  RP PA  6 a 2 b 

N1

K1

T24  3  23d  27 d

K1

K1

N1

7

11 5.(b)

1 1 a b ~ 2~ (i)   2 9 9 CQ a b 2 2~ 

BC

K1

~

1 1 a b  2~ 2~ 1 1 9[ a  b] 2 2 ~

K1

8

~



BC 

6. (a)

(b)





1 CQ 9

 fx

K1

N 1510  60  25.17

N1

x

1   4 (60)  10 Q1  10.5  10 16  13.625

K1

3   4 (60)  37 Q3  30.5  10 12  37.167

K1

Julat antara quartile = 37.167 – 13.625 = 23.542

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N1

N1

N1 N1

7

12 7 (a)

log10 x 0.18

0.30

0.40

0.48

0.54

0.70

N1

log10y

1.23

1.04

0.86

0.70

0.40

N1

1.48

(b)

Both axes correct (at least plotting 1 point) Plotting all 6 points – correct line of the best fit - correct.

(c)

(i) log10 y  (q  1) log10 x  log10 p

K1 K1 N1

N1

log10 p  Y  int ercept  1.86

K1

p  10

1.86

10

 72.44

(ii)

q  1  gradient 0.40  1.23   2.075 0.70  0.30 q  1.075

K1 N1

When x = 2.7, log10x = 0.43 log10y = 0.96

N1

y = 9.120 8 (a)

(b)

P1

dy  6  2x  0 dx x 3

K1

Ganti (3, k) : k = 6(3) - 32 =9

N1

Area of Q 5



 6x  x dx 2

10

0 5

 2 x3   3x   3 0  53 )  ( 0) 3 100 1  or 33 3 3  3(5  2

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K1

K1 N1

13 Volume of P

(c)

3

3

0

0

P1

  81dx   (6x  x 2 ) 2 3

 x5   81x   12x 3  3x 4   5 0   243  324  243  48.6  113.4 3 0

9 (a)

Area of ∆ABC 1 2 10 4 2  22 2 8 2

1 (4  80  8)  (20  8  16) 2  24

K1 K1 N1

K1



(b)

Mid point BC  10  4 2  8   ,  2   2  7, 5

N1

P1

Gradient BC

82 4  10  1 

m2  1 y  5  1( x  7) y x2

(c)

(d)

D (x, 2) y x2 2 x2 x4 D  (4, 2)

10 K1 N1

K1 N1

PC  5 ( x  4) 2  ( y  8) 2  5 x 2  y 2  8x  16 y  55  0

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N1

K1 N1

14 10 (a)

14 2  52  10 2 2(14)(5)  0.8643

cos  

30.197  3.142  0.527 rad 180

  (b)

Perimter  10  9  14(0.527)  26.378 cm

(c)

Area =

11(a)

1 1 (14) 2 (0.527)  (5)(14) sin 30.197 o ) 2 2  51.646  17.604

p

N1 N1 K1 K1 N1

N1 N1

3 2 or q  or n  9 5 3

P1

 0.2318

10

K1 K1

 34.052 cm 2

P(X  7)  9C7 (0.6) 7 (0.4) 2  9C8 (0.6)8 (0.4)1  9C9 (0.6) 9 (0.4) 0

(b)

K1

K1 K1 N1

(i)

n  500,   55,   10

P(X  45) 45  55    P Z   10    P( Z  1)

K1

 0.8413

N1

Bilangan Murid = 0.8413 X 500 = 420 / 421 (ii)

N1

Pz  x   15.87 x  55   P z    0.1587 10   x  55  1.0 10 x  65

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10

K1 N1 N1

15 12(a)

(b)

1 (AB)(8) sin 80o  19.7 2 19.7  2 AB  8  sin 80 o 5

K1

N1

BD  52  82  2(5)(6) cos 80 o  75.1081  8.667 cm

(c)

N1

5.6 2  7 2  8.667 2 cos BCD  2(5.6)(7)  0.0669 BCD  86.16o or 86o10'

(d)

sin CBD sin 86.16o  7 8.667 sin CBD  0.8058

'

CBD  53.69o or 53o 41'

13. (a)

K1

Q1 100 Qo x  480, y  150

Use I 

120(60)  200(20)  150(10)  150(10) 60  20  10  10  142

K1 N1 N1

K1 N1 N1

K1 N1 N1

(b)

I 06/ 04 

K1 N1 N1

(c)

I 08/ 06  70

P1

Use

I 08/ 04  100  I 08/ 06 I 06/ 04

70  150 100  105

I 08/ 04 

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10

K1

K1 N1

10

16 14 (a)

2x  3y  1500 `

N1

x  y  600

N1

1 x 2

N1

y

(b)

Draw correctly all three straight line which involves x and y.

K1

10 Region shaded correctly (c)

(i) x  250, 120  y  330 (ii) Use 500x  200y for point in the shaded region (400, 200) : 500(400)  200(200)  RM 240,000

15. (a)

v   6t  24 dt

N1 N1

N1 K1 N1 N1

K1

 3t 2  24t  c

(b)

c  36, v  3t 2  24t  36

N1

V= 0 3t 2  24t  36  0

P1

t 2  8t  12  0 ( t  2)( t  6)  0 t  2, t  6

K1 N1

10

(c)

V min , a = 0, t = 4 Vmin  3(4 2 )  24(4)  36

 12 ms 1

K1 N1

3

(d)

S3  S2   3t 2  24t  36dt

K1

2



 t 3  12t 2  36t



3 2

 27  12(9)  36(3)  (8  12(4)  36(2)  5

3472/2

K1 N1

17

3472/2

18

3472/2

19

3472/2

20

3472/2

Trial Add Maths SPM 2014 Paper 2_qa Naim Lilbanat.pdf ...

Page 1 of 21. 0. 3472/2. Untuk Kegunaan Pemeriksa. Soalan Markah. Penuh. Markah. Diperoleh. A. 1 5. 2 7. 3 6. 4 7. 5 8. 6 7. B. 7 10. 8 10. 9 10. 10 10. 11 10. C.

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