1 Calculate the difference between 111011_2 and 100101_2. star A 10010_2 B 10110_2 C 11010_2 D 11100_2 T4 Chapter 2.1d Addition and Subtraction of Numbers in Various Bases
2 Which of the following pairs has the same value? star A 34_5 = 10011_2 B 213_4 = 23_10 C 1021_3 = 53_6 D 1101_2 = 51_8 T4 Chapter 2.1b Determining the Number Value of a Number in Various Bases T4 Chapter 2.1c Converting Numbers from One Base to Another
5 ### Diagram 2 Diagram 2 shows a sector OPQ with centre O and a parallelogram OABC. Given OA = 13 cm, ∠OCB = 67.38° and OA:OP = 1 : 2. Using \pi=3.142, calculate the area of shaded region in cm^2. star A 664.46 B 424.46 C 404.46 D 157.54
6 In a given month, Adif received a salary of RM1 800 and a commission as a direct sales agent of RM697.60. Adif's fixed and non-fixed expenses for the month were RM1 650 and RM870.90 respectively. Calculate the cash flow of Adif for that month. star A Negative cash flow RM233.30 B Negative cash flow RM23.30 C Positive cash flow RM23.30 D Positive cash flow RM233.30 T4 Chapter 10.1b Evaluating Financial Status and Creating a Financial Plan
7 Mr. Azahari has a piece of land measuring 10 m x 30 m. The quit rent rate levied in that area is RM0.60 per square meter. Calculate the quit rent payable by Encik Azahari each year. star A RM108 B RM180 C RM1 800 D RM18 000 T5 Chapter 4.1e Calculating Road Tax, Property Assessment Tax, Quit Rent, and Sales and Service Tax
8 Which of the following compensation can be claimed from motor insurance? star A Cronic illness B Theft occured at home C The headlight of a lorry is broken D Loss of car due to theft T5 Chapter 3.1a Risk, Insurance, Life Insurance and General Insurance
9 Co-insurance in health insurance contracts is set out in the percentage participation clause. The 80/20 co-insurance percentage participation for the policyholder means star A The policyholder receives 80% of the medical costs covered by the contract. B The policyholder receives 20% of the medical costs covered by the contract. C The policyholder bears 80% of the medical costs covered by the contract. D The policyholder bears 20% of the medical costs covered by the contract. T5 Chapter 3.1c Solving Problems Involving Deductible and Co-insurance
10 ### Diagram 3 Diagram 3 consists of a regular polygon and a rectangle. Given the perimeter of the diagram is p cm. Which of the formula that shows the relationship between a and b correctly. star A b = \frac{p+6a}{2} B b = \frac{6a-p}{2} C a = \frac{p+2b}{6} D a = \frac{p-2b}{6}
11 Express \frac{5x-2}{8} - \frac{6-x}{8} as a single fraction in its simplest form. star A \frac{x-8}{2} B \frac{4x-8}{2} C \frac{3x-4}{4} D \frac{3x-8}{4}
12 ### Diagram 4 Diagram 4 shows a straight line PQ on a Cartesian plane. Given the equation of straight line PQ is 3y = -2x + 18. Find the x-intercept. star A 6 B 9 C 12 D 18
13 ### Diagram 5 Diagram 5 shows the graph of a quadratic function f(x) = -(x^2-4x-12) Calculate the value of m, n and p. star A m = -4, n = 6, p = 16 B m = -1, n = 5, p = 12 C m = -2, n = 5, p = 16 D m = -2, n = 6, p = 12 T4 Chapter 1.1j Sketching Graphs of Quadratic Functions
14 ### Diagram 6 Diagram 6 shows a graph representing a system of linear inequalities. Which of the following linear inequalities is not represented by the shaded region? star A x > -2 B x + y <= 6 C x >= y - 2 D x <= y - 2 T4 Chapter 6.2d Constructing Linear Inequalities from a Shaded Region
15 ### Diagram 7 Diagram 7 shows the distance-time graph for the movement of a car. Given the average speed of the car is 32 km/h. Calculate the value of s. star A 30 B 60 C 120 D 180 T4 Chapter 7.1c Solving Problems Involving Distance-Time Graphs
16 ### Diagram 8 Diagram 8 shows the speed-time graph of a particle for a period of T seconds. If the distance travelled by the particle is 78 m, find the value of T. star A 14 B 13 C 12 D 11 T4 Chapter 7.2d Solving Problems Involving Speed-Time Graphs
17 M varies directly with the square of h. Find the relation between M and h. star A M \propto h^{\frac{1}{2}} B M \propto \frac{1}{h^{\frac{1}{2}}} C M \propto h^{2} D M \propto \frac{1}{h^{2}} T5 Chapter 1.1a Meaning and Basic Relation of Direct Variation
18 The time taken to prepare 100 headscarves, t hours, varies inversely with the number of workers, w. If 4 workers take 10 hours, express t in terms of w. star A t = 40w B t = \frac{40}{w} C t = \frac{10}{w} D t = \frac{w}{40} T5 Chapter 1.2a Meaning and Basic Relation of Inverse Variation
19 Given P varies directly as Q and inversely as the square of R. Given P = 3 when Q=12 and R = 6. Find the value of R when P = \frac{3}{2} and Q = 6. star A 24 B 18 C 12 D 6 T5 Chapter 1.3a Combined Variation
20 \begin{pmatrix} 4 & 6 \\ 3 & 1 \end{pmatrix} + 2\begin{pmatrix} 5 & 2 \\ -2 & 3 \end{pmatrix} - \begin{pmatrix} -1 & -5 \\ 8 & 4 \end{pmatrix} = star A \begin{pmatrix} 10 & 3 \\ -7 & 0 \end{pmatrix} B \begin{pmatrix} 10 & 13 \\ -7 & 0 \end{pmatrix} C \begin{pmatrix} 15 & 15 \\ -9 & 3 \end{pmatrix} D \begin{pmatrix} 15 & 5 \\ -9 & 3 \end{pmatrix} T5 Chapter 2.2a Addition and Subtraction of Matrices
21 Given that matrix P = \begin{pmatrix} -x+3 & 0 & 3 \\ 9 & -6 & 12 \end{pmatrix} and matrix Q = \begin{pmatrix} -4 & 0 & 3 \\ 9 & -6 & 12 \end{pmatrix}. Determine the value of x if P=Q. star A -7 B -1 C 1 D 7 T5 Chapter 2.1b Equal Matrices
22 ### Diagram 9 Diagram 9 shows a regular pentagon PQRST and a straight line SUT. Find the value of x. star A 36 B 58 C 68 D 72
23 ### Diagram 10 Diagram 10 shows a square PQRS drawn on a square grid with sides of 1 unit. X is a point that moves within the square which is equidistant from point J and point L. Using the letters in the diagram, state the locus of point X. star A MNK B JNL C PNR D SNQ
24 The area of a trapezium is 324 cm^2. Under an enlargement, the area of the image becomes 36 cm^2. Find the scale factor. star A 1/9 B 1/3 C 3 D 9 T5 Chapter 5.2d Relation Between Area of Image and Area of Object Under Enlargement
25 ### Diagram 11 Diagram 11 shows a rectangle, EFGH. Find the perimeter, in cm, of the shaded region. star A 44 B 48 C 55 D 60
26 ### Diagram 12 Diagram 12 shows six points P, Q, R, S, T and U drawn on the cartesian planes. Which of the following pairs of object and image shows the transformation involved. star A P | Translasi \begin{pmatrix} 8 \\ 8 \end{pmatrix} / Translation \begin{pmatrix} 8 \\ 8 \end{pmatrix} | U B T | Pantulan pada garis x = 4 Reflection in the line x = 4 | R C S | Putaran 180° pada pusat (3, 3) Rotation 180° about the centre (3, 3) | Q D U | Putaran 90° ikut arah jam pada pusat (4, 2) Rotation 90° clockwise about the centre (4, 2) | R
27 ### Diagram 13 Diagram 13 shows two right-angled triangles PQT and QRS. PQR and QST are straight lines. Given sin x = \frac{24}{25} and QS = ST. Calculate the length, in cm, of PQR. star A 19.77 B 39.97 C 42.09 D 44.97 T5 Chapter 6.1d Solving Problems Involving Sine, Cosine and Tangent
28 ### Diagram 14 Diagram 14 shows the straight line JKM. Given cos x = \frac{4}{5}, the value of tan y is star A \frac{3}{4} B \frac{3}{5} C -\frac{3}{5} D -\frac{3}{4} T5 Chapter 6.1d Solving Problems Involving Sine, Cosine and Tangent
29 State the antecedent of the following implication. > If q^2 = 169, then q = 13 star A q^2 = 169 B q = 13 C q^2 != 169 D q != 13 T4 Chapter 3.1d Implications: "If p, then q" and "p if and only if q"
30 Given a number sequence 15, 6, -3, x, -21, y,... Calculate the value of x - y. star A 42 B 18 C -18 D -42
31 Given universal set, \xi={1,2,3,4,5,6,7,8}. If A \cup B={1,2,3,4,5,6,7,8}, A={2,4,6} and B'={2,3,5,7}. Determine the elements of set B. star A {1,4,6} B {1,4,8} C {1,4,6,8} D {1,2,3,5,7} T4 Chapter 4.2b Complement of the Union of Sets
32 ### Diagram 15 Diagram 15 is a Venn diagram that shows the number of elements of set P, set Q and set R. Given that the universal set, \xi = P \cup Q \cup R and n(R') = n(P \cap R). Find the value of x. star A 4 B 8 C 9 D 11 T4 Chapter 4.1a Intersection of Sets T4 Chapter 4.1b Complement of an Intersection of Sets
33 ### Diagram 16 Diagram 16 shows a directed graph. Which of the following is incorrect of the graph? star A d_in Q=1, d_out Q=2 B d_in P=3, d_out P=0 C d_in R=3, d_out R=0 D d_in S=1, d_out S=1 T4 Chapter 5.1c Directed vs Undirected Graphs, Weighted vs Unweighted Graphs
34 ### Table 1 Table 1 shows the video game scores for a group of players. | Skor / Score | 10 | 20 | 30 | 40 | |---|---|---|---|---| | Kekerapan / Frequency | 4 | 5 | 3 | 5 | If three new players score 30 and the mode changes to 30, calculate the mean of the new scores. star A 24.72 B 25.29 C 26.00 D 27.29
35 ### Diagram 17 Diagram 17 shows a set of six numbers, where x and y are integers. The mean and mode for the set of numbers are 8 and 11 respectively. Find the value of x and value of y. star A x = 11, y = 7 B x = 11, y = 11 C x = 11, y = 18 D x = 10, y = 11
36 Ahmad, Braham and Chin fire one shot each at a target. The probability that Ahmad, Braham and Chin will hit the target are \frac{2}{5}, \frac{3}{4} and \frac{2}{3} respectively. Calculate the probability that only Braham hit the target. star A \frac{3}{20} B \frac{1}{5} C \frac{8}{9} D \frac{19}{20} T4 Chapter 9.2 Dependent Events and Independent Events
37 Diagram 18 shows a dot plot of the shoe size for 20 students in a class. Which of the following statements is true? star A The shoe size range is 4. B The mode for the shoe size worn is 3. C The median of the shoe size worn is 5. D 50% of students wear shoes that are size 6 and above. T4 Chapter 8.1b Stem-and-Leaf Plots and Dot Plots: Comparing Two Sets of Data
38 Calculate the variance for the data given. | n = 10 | \Sigma x = 586 | \Sigma x^2 = 43294 | star A 895.44 B 738.81 C 58.60 D 29.92 T4 Chapter 8.2b Variance and Standard Deviation for Ungrouped Data
39 Alissa has five red pens, three black pens and seven blue pens. If she chooses a pen at random, calculate the probability that she chooses a red pen or a blue pen. star A \frac{7}{45} B \frac{7}{15} C \frac{29}{45} D \frac{4}{5} T4 Chapter 9.3 Mutually Exclusive Events and Non-Mutually Exclusive Events
40 ### Diagram 19 Diagram 19 shows an ogive of the money spent by 100 customers at a restaurant. Calculate the value of interquartile range. star A 11 B 13 C 25 D 50 T5 Chapter 7.1d The Ogive, Quartiles and Percentiles for Grouped Data T5 Chapter 7.2a Range and Interquartile Range for Grouped Data