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ZIMSEC O Level · 4008/1, 4028/1 · N2011

Mathematics Paper 1 November 2011

Questions
61
Total marks
100
Time allowed
150 min
Syllabus code
4008/1, 4028/1

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Questions
61
Pass mark
37
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Answer every question in the printed order, get marked at the end, then see the answers.

The questions

Question 101

[1 marks]Fractions, Decimals & Percentages
Giving your answer as a common fraction in its lowest terms, find the value of 35−59\frac{3}{5} - \frac{5}{9}.

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Question 102

[2 marks]Fractions, Decimals & Percentages
Giving your answer as a common fraction in its lowest terms, find the value of 2325\dfrac{2}{3\frac{2}{5}}.

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Question 201

[2 marks]Approximations & Estimations
Given P=0.00274×3460(9.88+23.8)2P = \dfrac{0.00274 \times 3460}{(9.88 + 23.8)^2}, which expression rewrites this with each number correct to one significant figure?
  1. A0.003×3500(10+24)2\dfrac{0.003 \times 3500}{(10 + 24)^2}
  2. B0.0027×3000(10+20)2\dfrac{0.0027 \times 3000}{(10 + 20)^2}
  3. C0.003×3000(10+20)2\dfrac{0.003 \times 3000}{(10 + 20)^2}
  4. D0.002×3000(9+20)2\dfrac{0.002 \times 3000}{(9 + 20)^2}

Question 202

[1 marks]Approximations & Estimations
Given P=0.00274×3460(9.88+23.8)2P = \dfrac{0.00274 \times 3460}{(9.88 + 23.8)^2}, estimate the value of PP correct to one significant figure.

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Question 301

[1 marks]Laws of Indices
Simplify (27x6)13\left(27x^6\right)^{\frac{1}{3}}.

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Question 302

[2 marks]Laws of Indices
If 32−25=2p32^{-\frac{2}{5}} = 2^p, find pp.

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Question 401

[1 marks]Ordinary & Standard Form
Evaluate 3,25×104×10−63,25 \times 10^4 \times 10^{-6}, giving the answer in standard form.

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Question 402

[1 marks]Ordinary & Standard Form
Evaluate 3,25×104×10−63,25 \times 10^4 \times 10^{-6}, giving the answer as a decimal fraction.

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Question 403

[1 marks]Ordinary & Standard Form
Evaluate 3,25×104×10−63,25 \times 10^4 \times 10^{-6}, giving the answer as a common fraction in its lowest terms.

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Question 501

[1 marks]Polygons, Symmetry & Circles
State the number of lines of symmetry of an equilateral triangle.

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Question 502

[2 marks]Factorisation
Factorise completely 3x3−12x3x^3 - 12x.

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Question 601

[3 marks]Simultaneous Equations
Solve the simultaneous equations x−6y=−4x - 6y = -4 and 9x+3y=−179x + 3y = -17.

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Question 701

[1 marks]Sets
A and B are sets. Write A∩A′A \cap A' in its simplest form.

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Question 702

[1 marks]Sets
A and B are sets. Write A∪A′A \cup A' in its simplest form.

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Question 703

[1 marks]Sets
A and B are sets. Write (A∩B)∪(A∩B′)(A \cap B) \cup (A \cap B') in its simplest form.

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Question 801

[3 marks]Variation
It is given that yy varies inversely as the square of (x−1)(x - 1). When y=2y = 2, x=2x = 2. Find the value of yy when x=4x = 4.

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Question 901

[1 marks]Matrices
If A is a non-singular matrix, simplify AA−1\mathbf{A}\mathbf{A}^{-1}.

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Question 902

[2 marks]Matrices
If B=(1352)(26)\mathbf{B} = \begin{pmatrix} 1 & 3 \\ 5 & 2 \end{pmatrix}\begin{pmatrix} 2 \\ 6 \end{pmatrix}, write down the order of matrix B\mathbf{B}.

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Question 1001

[1 marks]Co-ordinate Geometry
In the diagram AC is 10 units and BA is parallel to CD. BA is the line y=3x+4y = 3x + 4. Write down the value of yy at C.

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Question 1002

[1 marks]Co-ordinate Geometry
In the diagram AC is 10 units and BA is parallel to CD. BA is the line y=3x+4y = 3x + 4. Write down the equation of the line CD.

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Question 1003

[1 marks]Co-ordinate Geometry
In the diagram AC is 10 units and BA is parallel to CD. BA is the line y=3x+4y = 3x + 4. Find the coordinates of the point D where the line CD crosses the x-axis.

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Question 1101

[1 marks]Number Bases
Evaluate 7658−5678765_8 - 567_8, giving your answer in base eight.

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Question 1102

[1 marks]Number Bases
Express 53+45^3 + 4 as a number in base five.

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Question 1103

[1 marks]Number Bases
Convert 131013_{10} to a number in base two.

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Question 1201

[1 marks]Approximations & Estimations
A rectangle is 9,1 cm long and 5,7 cm wide correct to one decimal place. State the least possible width of the rectangle.

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Question 1202

[2 marks]Approximations & Estimations
A rectangle is 9,1 cm long and 5,7 cm wide correct to one decimal place. Find the limits within which the perimeter of the rectangle lies, in the form a cm≤perimeter<b cma\ \text{cm} \le \text{perimeter} < b\ \text{cm}.

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Question 1301

[3 marks]Geometrical Transformation
In the diagram ABC and A¹B¹C¹ are congruent triangles and BCC¹B¹ is a straight line. Which single transformation maps triangle ABC onto triangle A¹B¹C¹?
  1. AA reflection in the line BB¹
  2. BA rotation through 180° about the midpoint of BB¹
  3. CA translation along BB¹
  4. DA rotation through 90° clockwise about C

Question 1401

[2 marks]Algebraic Expressions
Solve the equation 2y3−9=0\frac{2y}{3} - 9 = 0.

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Question 1402

[2 marks]Quadratic Equations
Solve the equation x2−5x−6=0x^2 - 5x - 6 = 0.

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Question 1501

[2 marks]Similarity & Congruency
A car manufacturer makes a scale model of one of his real cars. The capacity of the fuel tank of the real car is 64 litres and that of the model car is 0.512 litres. Find the ratio of the length of the real car : the length of the model car.

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Question 1502

[2 marks]Similarity & Congruency
A car manufacturer makes a scale model of one of his real cars. The capacity of the fuel tank of the real car is 64 litres and that of the model car is 0.512 litres. The area of the front window of the model is 0.0484 m2^2. Find the area of the front window of the real car.

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Question 1601

[1 marks]Algebraic Expressions
Given that y=m2−4n2y = m^2 - 4n^2, find the value of yy when m=4m = 4 and n=2n = 2.

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Question 1602

[3 marks]Change of Subject of Formula
If xa+yb=1\frac{x}{a} + \frac{y}{b} = 1, make xx the subject.

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Question 1701

[1 marks]Logarithms
Evaluate log⁡39\log_3 9.

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Question 1702

[2 marks]Logarithms
Evaluate log⁡5(125)\log_5\left(\frac{1}{25}\right).

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Question 1703

[1 marks]Logarithms
Evaluate log⁡291\log_{29} 1.

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Question 1801

[2 marks]Scales & Simple Map Problems
On a map, a distance of 20 km is represented by a length of 40 cm. The scale of the map is 1:n1 : n. Calculate the value of nn.

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Question 1802

[2 marks]Scales & Simple Map Problems
On a map, a distance of 20 km is represented by a length of 40 cm. The distance between two towns on the map is 70 cm. Calculate the actual distance in kilometres between the towns.

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Question 1901

[1 marks]Prime Numbers, Sequences & Types of Numbers

Study the pattern below.

32−12=8=4×23^2 - 1^2 = 8 = 4 \times 2
42−22=12=4×34^2 - 2^2 = 12 = 4 \times 3
52−32=16=4×45^2 - 3^2 = 16 = 4 \times 4
62−p2=q=4×56^2 - p^2 = q = 4 \times 5

Write down the value of pp.

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Question 1902

[1 marks]Prime Numbers, Sequences & Types of Numbers

Study the pattern below.

32−12=8=4×23^2 - 1^2 = 8 = 4 \times 2
42−22=12=4×34^2 - 2^2 = 12 = 4 \times 3
52−32=16=4×45^2 - 3^2 = 16 = 4 \times 4
62−p2=q=4×56^2 - p^2 = q = 4 \times 5

Write down the value of qq.

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Question 1903

[3 marks]Prime Numbers, Sequences & Types of Numbers

Study the pattern below.

32−12=8=4×23^2 - 1^2 = 8 = 4 \times 2
42−22=12=4×34^2 - 2^2 = 12 = 4 \times 3
52−32=16=4×45^2 - 3^2 = 16 = 4 \times 4
62−p2=q=4×56^2 - p^2 = q = 4 \times 5

Which is the 10th line of this pattern?

  1. A112−92=40=4×1011^2 - 9^2 = 40 = 4 \times 10
  2. B132−112=48=4×1213^2 - 11^2 = 48 = 4 \times 12
  3. C122−102=44=4×1112^2 - 10^2 = 44 = 4 \times 11
  4. D122−102=48=4×1212^2 - 10^2 = 48 = 4 \times 12

Question 2001

[5 marks]Inequalities & Linear Programming
Find the three inequalities that define the unshaded region in the diagram above.
  1. Ay≥−4y \ge -4, x+y≤4x + y \le 4, 3y>5x+33y > 5x + 3
  2. By≥−4y \ge -4, x+y≤4x + y \le 4, 3y<5x+33y < 5x + 3
  3. Cy≤−4y \le -4, x+y≥4x + y \ge 4, 3y<5x+33y < 5x + 3
  4. Dy≥−4y \ge -4, x+y≤4x + y \le 4, y<2x+1y < 2x + 1

Question 2101

[1 marks]Vector Geometry
In the diagram, O is the origin and the vectors a\mathbf{a} and b\mathbf{b} are shown. Write down, in terms of a\mathbf{a} and/or b\mathbf{b}, the position vector of the point P.

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Question 2102

[1 marks]Vector Geometry
In the diagram, O is the origin and the vectors a\mathbf{a} and b\mathbf{b} are shown. Write down PR→\overrightarrow{PR} in terms of a\mathbf{a} and/or b\mathbf{b}.

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Question 2103

[2 marks]Vector Geometry
In the diagram, O is the origin and the vectors a\mathbf{a} and b\mathbf{b} are shown. Write down PR→−QR→\overrightarrow{PR} - \overrightarrow{QR} in terms of a\mathbf{a} and/or b\mathbf{b}.

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Question 2104

[1 marks]Vector Geometry
In the diagram, O is the origin and the vectors a\mathbf{a} and b\mathbf{b} are shown. If ∣b∣=4|\mathbf{b}| = 4, write down the value of ∣QR→∣\left|\overrightarrow{QR}\right|.

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Question 2201

[3 marks]Measures & Mensuration
In the diagram, OAB is a sector of a circle centre O and radius 12 cm and angle AOB = 50°. OCD is a sector of a circle centre O and radius 6 cm and angle COD = 30°. Calculate, in terms of π\pi, the area of the shaded part.

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Question 2202

[3 marks]Measures & Mensuration
In the diagram, OAB is a sector of a circle centre O and radius 12 cm and angle AOB = 50°. OCD is a sector of a circle centre O and radius 6 cm and angle COD = 30°. Calculate, in terms of π\pi, the perimeter of the shaded area AOCDOBA.

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Question 2301

[2 marks]Travel Graphs
The diagram is a velocity-time graph of a train journey between two stations. Find the maximum speed of the train in km/h.

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Question 2302

[2 marks]Travel Graphs
The diagram is a velocity-time graph of a train journey between two stations. Find the train's acceleration in the first half minute, in km/minute2^2.

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Question 2303

[1 marks]Travel Graphs
The diagram is a velocity-time graph of a train journey between two stations. Find the distance the train travels at maximum speed, in kilometres.

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Question 2304

[1 marks]Travel Graphs
The diagram is a velocity-time graph of a train journey between two stations. Find the distance between the stations, in kilometres.

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Question 2401

[1 marks]Circle Geometry
A, B, C and D lie on the circumference of a circle centre O. Write down the geometrical word which completes the following statement: "ABCD is a ...... quadrilateral".

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Question 2402

[1 marks]Circle Geometry
A, B, C and D lie on the circumference of a circle centre O. SCT is a tangent to the circle at C and is parallel to OB. AO^B=130∘A\hat{O}B = 130^\circ and BC^T=45∘B\hat{C}T = 45^\circ. Find OB^CO\hat{B}C.

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Question 2403

[1 marks]Circle Geometry
A, B, C and D lie on the circumference of a circle centre O. SCT is a tangent to the circle at C and is parallel to OB. AO^B=130∘A\hat{O}B = 130^\circ and BC^T=45∘B\hat{C}T = 45^\circ. Find OB^AO\hat{B}A.

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Question 2404

[1 marks]Circle Geometry
A, B, C and D lie on the circumference of a circle centre O. SCT is a tangent to the circle at C and is parallel to OB. AO^B=130∘A\hat{O}B = 130^\circ and BC^T=45∘B\hat{C}T = 45^\circ. Find AD^CA\hat{D}C.

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Question 2405

[1 marks]Circle Geometry
A, B, C and D lie on the circumference of a circle centre O. SCT is a tangent to the circle at C and is parallel to OB. AO^B=130∘A\hat{O}B = 130^\circ and BC^T=45∘B\hat{C}T = 45^\circ. Find OC^TO\hat{C}T.

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Question 2406

[2 marks]Circle Geometry
A, B, C and D lie on the circumference of a circle centre O. SCT is a tangent to the circle at C and is parallel to OB. AO^B=130∘A\hat{O}B = 130^\circ and BC^T=45∘B\hat{C}T = 45^\circ. Find the reflex angle AOC.

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Question 2501

[2 marks]Statistics & Probability
Denis must choose a bag from which he should pick a ball. The probability that he chooses Bag A is 12\frac{1}{2}. Bag A contains 5 white and 3 black balls. Bag B contains 6 white and 2 black balls. On the probability tree diagram, write down the probability that belongs on the branch from Bag B to "white ball".

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Question 2502

[2 marks]Statistics & Probability
Denis must choose a bag from which he should pick a ball. The probability that he chooses Bag A is 12\frac{1}{2}. Bag A contains 5 white and 3 black balls. Bag B contains 6 white and 2 black balls. Find the probability that Denis chooses Bag A and then a white ball.

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Question 2503

[3 marks]Statistics & Probability
Denis must choose a bag from which he should pick a ball. The probability that he chooses Bag A is 12\frac{1}{2}. Bag A contains 5 white and 3 black balls. Bag B contains 6 white and 2 black balls. Find the probability that Denis picks a white ball.

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