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ZIMSEC O Level · 4008/1, 4028/1 · J2007

Mathematics Paper 1 June 2007

Questions
60
Total marks
90
Time allowed
150 min
Syllabus code
4008/1, 4028/1

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Questions
60
Pass mark
36
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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 the answer as a common fraction in its lowest terms, find the value of 58−35\frac{5}{8} - \frac{3}{5}.

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Question 102

[1 marks]Fractions, Decimals & Percentages
Giving the answer as a common fraction in its lowest terms, find the value of 67÷217\frac{6}{7} \div 2\frac{1}{7}.

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Question 103

[1 marks]Fractions, Decimals & Percentages
Giving the answer as a common fraction in its lowest terms, find the value of 34+14×23\frac{3}{4} + \frac{1}{4} \times \frac{2}{3}.

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Question 201

[1 marks]Fractions, Decimals & Percentages
Express 0,016 as a common fraction in its lowest terms.

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Question 202

[1 marks]Approximations & Estimations
Express 0,016 correct to 1 significant figure.

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Question 203

[1 marks]Ordinary & Standard Form
Express 0,016 in standard form.

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Question 301

[1 marks]Laws of Indices
Evaluate 0,0520,05^2.

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Question 302

[1 marks]Laws of Indices
Evaluate 0,0273\sqrt[3]{0,027}.

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Question 303

[1 marks]Laws of Indices
Evaluate 4−14^{-1}.

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Question 401

[1 marks]Measures & Mensuration
A window is in the shape of a semi-circle of radius 70 cm. Write down the length of the diameter, in centimetres.

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Question 402

[2 marks]Measures & Mensuration
A window is in the shape of a semi-circle of radius 70 cm. Calculate the perimeter of the window, in centimetres. Use π=227\pi = \frac{22}{7}.

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Question 501

[1 marks]Number Bases
Express 4×83+3×82+5×84 \times 8^3 + 3 \times 8^2 + 5 \times 8 as a number in base 8.

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Question 502

[2 marks]Number Bases
Evaluate 4315−2445431_5 - 244_5, giving the answer in base 10.

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Question 601

[1 marks]Factorisation, H.C.F & L.C.M
Factorize completely 2πrh+2πr22\pi rh + 2\pi r^2.

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Question 602

[2 marks]Algebraic Fractions
Express 4x+5−3x\frac{4}{x + 5} - \frac{3}{x} as a single fraction in its simplest form.

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Question 701

[3 marks]Simultaneous Equations
Solve the simultaneous equations 2x+3y=132x + 3y = 13 and x+2y=8x + 2y = 8.

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Question 801

[1 marks]Variation
M varies directly as the square of dd and inversely as qq. Write down an expression for M in terms of dd, qq and a constant kk.

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Question 802

[2 marks]Variation
M varies directly as the square of dd and inversely as qq, so that M=kd2qM = \frac{kd^2}{q}. Find kk, given that M=6M = 6 when d=4d = 4 and q=8q = 8.

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Question 901

[1 marks]Sets
Given that n(ξ)=20n(\xi) = 20, n(X)=15n(X) = 15 and n(Y)=8n(Y) = 8, find n(Y′)n(Y').

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Question 902

[1 marks]Sets
Given that n(ξ)=20n(\xi) = 20, n(X)=15n(X) = 15 and n(Y)=8n(Y) = 8, find the largest possible value of n(X∩Y)n(X \cap Y).

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Question 903

[1 marks]Sets
Given that n(ξ)=20n(\xi) = 20, n(X)=15n(X) = 15 and n(Y)=8n(Y) = 8, find the smallest possible value of n(X∪Y)n(X \cup Y).

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Question 1001

[2 marks]Co-ordinate Geometry
The straight line ll cuts the xx-axis at (6;0)(6; 0) and the yy-axis at (0;−4)(0; -4). Find the equation of the line ll.

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Question 1002

[1 marks]Co-ordinate Geometry
The straight line ll cuts the xx-axis at (6;0)(6; 0) and the yy-axis at (0;−4)(0; -4). Find the equation of the line mm, parallel to line ll and passing through the origin.

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Question 1101

[1 marks]Points, Lines & Angles
In the diagram the straight line ll cuts across two parallel lines AB and CD. Write down the special name given to line ll with respect to the parallel lines.

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Question 1102

[1 marks]Points, Lines & Angles
In the diagram the straight line ll cuts across two parallel lines AB and CD. Write down an equation in its simplest form, connecting mm and pp.

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Question 1103

[1 marks]Points, Lines & Angles
In the diagram the straight line ll cuts across two parallel lines AB and CD. Write down an equation in its simplest form, connecting nn and pp.

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Question 1104

[1 marks]Points, Lines & Angles
In the diagram the straight line ll cuts across two parallel lines AB and CD. Write down an equation in its simplest form, connecting nn and qq.

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Question 1201

[1 marks]Statistics

The table shows some scores and their corresponding frequencies.

Score (xx): 5, 15, 25, 35, 45
Frequency (yy): 5, 10, 8, 5, 2

Find the mode.

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Question 1202

[1 marks]Statistics

The table shows some scores and their corresponding frequencies.

Score (xx): 5, 15, 25, 35, 45
Frequency (yy): 5, 10, 8, 5, 2

Find the median.

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Question 1203

[2 marks]Statistics

The table shows some scores and their corresponding frequencies.

Score (xx): 5, 15, 25, 35, 45
Frequency (yy): 5, 10, 8, 5, 2

Find the mean.

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Question 1301

[1 marks]Geometrical Transformation
In the diagram, triangle T has vertices (0;1)(0; 1), (2;3)(2; 3) and (3;1)(3; 1), and triangle T1\text{T}_1 has vertices (8;4)(8; 4), (10;6)(10; 6) and (11;4)(11; 4). Write down the column vector which translates triangle T onto triangle T1\text{T}_1.

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Question 1302

[3 marks]Geometrical Transformation
In the diagram, triangle T has vertices (0;1)(0; 1), (2;3)(2; 3) and (3;1)(3; 1), and triangle T2\text{T}_2 has vertices (0;1)(0; 1), (2;−1)(2; -1) and (3;−5)(3; -5). Which single transformation maps triangle T onto triangle T2\text{T}_2?
  1. AA shear with the xx-axis invariant and factor −2-2.
  2. BA stretch with the yy-axis invariant and factor −2-2.
  3. CA shear with the yy-axis invariant and factor −2-2.
  4. DA rotation through 90∘90^\circ clockwise about the origin.

Question 1401

[2 marks]Functional Notation
Given that f(x)=x2−9f(x) = x^2 - 9, find f(7)f(7).

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Question 1402

[2 marks]Functional Notation
Given that f(x)=x2−9f(x) = x^2 - 9, find the values of xx for which f(x)=16f(x) = 16.

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Question 1501

[2 marks]Matrices
Given that M=(1−1−13)\mathbf{M} = \begin{pmatrix} 1 & -1 \\ -1 & 3 \end{pmatrix}, find M2\mathbf{M}^2.

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Question 1502

[2 marks]Matrices
Given that N=(1−2x6)\mathbf{N} = \begin{pmatrix} 1 & -2 \\ x & 6 \end{pmatrix}, find xx, given that N\mathbf{N} has no inverse.

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Question 1601

[2 marks]Substitution
The formula connecting vv, uu, aa and tt is v=u+atv = u + at. Find vv when u=50u = 50, a=−9,8a = -9,8 and t=3t = 3.

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Question 1602

[2 marks]Change of Subject of Formula
The formula connecting vv, uu, aa and tt is v=u+atv = u + at. Make tt the subject of the formula.

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Question 1701

[2 marks]Polygons
ABCDE is a regular pentagon. Calculate the size of each interior angle of the pentagon, in degrees.

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Question 1702

[2 marks]Polygons
ABCDE is a regular pentagon. The sides AE and CD are produced to meet at X. Calculate the size of EX^DE\hat{X}D, in degrees.

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Question 1801

[2 marks]Consumer Arithmetic
The price of petrol was increased from \$2 700 per litre by 20%. The following year the new price was increased by a further 25%. Calculate the price per litre of petrol after the second increase, in dollars.

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Question 1802

[2 marks]Consumer Arithmetic
The price of petrol was increased from \$2 700 per litre by 20%. The following year the new price was increased by a further 25%, taking it to \$4 050 per litre. Calculate the overall percentage by which the original price was increased.

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Question 1901

[1 marks]Inequalities & Linear Programming
The lines x=8x = 8 and x+y=12x + y = 12 are drawn on the same grid. Write down the coordinates of the point where they meet.

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Question 2001

[2 marks]Probability
A cash tin has a simple combination lock with two dials. The first dial has the numbers 3, 5, 7 and 9 on it and the second dial has the numbers 4, 6 and 8. How many different combinations are possible?

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Question 2002

[1 marks]Probability
A cash tin has a simple combination lock with two dials. The first dial has the numbers 3, 5, 7 and 9 on it and the second dial has the numbers 4, 6 and 8. Only one combination will open the tin. Find the probability of opening the tin.

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Question 2003

[1 marks]Probability
A cash tin has a simple combination lock with two dials. The first dial has the numbers 3, 5, 7 and 9 on it and the second dial has the numbers 4, 6 and 8. Only one combination will open the tin, and the sum of the digits of the correct combination is 13. If one combination with digits adding up to 13 is tried, find the probability that is will open the tin.

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Question 2101

[1 marks]Trigonometry, Bearing & Distances
Villages A and C are equidistant from village B. The bearing of B from A is 050∘050^\circ and the bearing of C from B is 130∘130^\circ. Write down the three-figure bearing of C from A.

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Question 2102

[1 marks]Trigonometry, Bearing & Distances
Villages A and C are equidistant from village B. The bearing of B from A is 050∘050^\circ and the bearing of C from B is 130∘130^\circ. Write down the special name of triangle ABC.

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Question 2201

[1 marks]Laws of Indices
Find the value of kk when (x)k=x\left(\sqrt{x}\right)^k = x.

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Question 2202

[2 marks]Laws of Indices
Evaluate 912×9−329^{\frac{1}{2}} \times 9^{-\frac{3}{2}}.

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Question 2203

[2 marks]Quadratic Equations
Solve the equation 2y2+3y−5=02y^2 + 3y - 5 = 0.

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Question 2301

[1 marks]Vectors
X, Y and Z are three points on a Cartesian plane whose position vectors are x=(−3−6)\mathbf{x} = \binom{-3}{-6}, y=(−512)\mathbf{y} = \binom{-5}{12} and z=(114)\mathbf{z} = \binom{11}{4} respectively. Find y+x\mathbf{y} + \mathbf{x} as a column vector.

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Question 2302

[2 marks]Vectors
Y is a point on a Cartesian plane whose position vector is y=(−512)\mathbf{y} = \binom{-5}{12}. Find ∣y∣|\mathbf{y}|.

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Question 2303

[2 marks]Vectors
X and Z are points on a Cartesian plane whose position vectors are x=(−3−6)\mathbf{x} = \binom{-3}{-6} and z=(114)\mathbf{z} = \binom{11}{4}. Find XZ→\overrightarrow{\text{XZ}} as a column vector.

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Question 2401

[3 marks]Trigonometry, Bearing & Distances
In the diagram, triangle ABC is equilateral with AB = 40 cm and a height of hh cm, and DCB is a straight line. Given that 3=1,73\sqrt{3} = 1,73, find the value of hh as a decimal.

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Question 2402

[1 marks]Trigonometry, Bearing & Distances
In the diagram, triangle ABC is equilateral and DCB is a straight line. Given that 3=1,73\sqrt{3} = 1,73, write down as a decimal the value of sin⁡AC^D\sin A\hat{C}D.

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Question 2403

[1 marks]Trigonometry, Bearing & Distances
In the diagram, triangle ABC is equilateral and DCB is a straight line. Write down as a decimal the value of cos⁡AC^D\cos A\hat{C}D.

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Question 2601

[2 marks]Logarithms
Given that log⁡2=0,30\log 2 = 0,30 and log⁡9=0,95\log 9 = 0,95, find log⁡3\log 3.

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Question 2602

[2 marks]Logarithms
Given that log⁡2=0,30\log 2 = 0,30 and log⁡9=0,95\log 9 = 0,95, find log⁡18\log 18.

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Question 2603

[2 marks]Logarithms
Given that log⁡2=0,30\log 2 = 0,30 and log⁡9=0,95\log 9 = 0,95, find log⁡4,5\log 4,5.

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