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ZIMSEC O Level · 4004/1 · J2024

Mathematics Paper 1 June 2024

Questions
61 of 62
Total marks
100
Time allowed
150 min
Syllabus code
4004/1

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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
Simplify 0−(−3)0 - (-3).

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Question 102

[1 marks]Fractions, Decimals & Percentages
Express 83\dfrac{8}{3} as a recurring decimal.

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Question 103

[1 marks]Rational, Irrational Numbers & Surds
Find 11125\sqrt{1\frac{11}{25}}.

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Question 201

[1 marks]Fractions, Decimals & Percentages
Simplify 223÷22\frac{2}{3} \div 2.

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Question 202

[1 marks]Fractions, Decimals & Percentages
Find the value of 9+6÷39 + 6 \div 3.

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Question 203

[1 marks]Fractions, Decimals & Percentages
Evaluate 0,032÷0,40,032 \div 0,4.

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Question 301

[1 marks]Ratios, Rates & Proportions
Three learners A, B and C contributed 20,20, 30 and $50 respectively. Write down the ratio of the money they contributed in ascending order, in its simplest form.

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Question 302

[2 marks]Ratios, Rates & Proportions
Three learners A, B and C contributed 20,20, 30 and $50 respectively and bought a packet of 150 sweets worth $100. If they shared the sweets in the ratio of the money they contributed, calculate the number of sweets C got.

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Question 501

[1 marks]Circle Geometry
In the diagram, P, Q and R are on the circumference of a circle centre O. The reflex angle PO^RP\hat{O}R on the side containing Q is 300°, and QP^O=QR^O=x°Q\hat{P}O = Q\hat{R}O = x°. Find PQ^RP\hat{Q}R, in degrees.

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Question 502

[2 marks]Circle Geometry
In the diagram, P, Q and R are on the circumference of a circle centre O. The reflex angle PO^RP\hat{O}R on the side containing Q is 300°, and QP^O=QR^O=x°Q\hat{P}O = Q\hat{R}O = x°. Find xx.

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Question 601

[3 marks]Simultaneous Equations
Solve the simultaneous equations x=3−3yx = 3 - 3y and 2y=x−82y = x - 8.

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Question 701

[3 marks]Measures & Mensuration
A rectangular wall measuring 6 m by 5 m has a window measuring 1,5 m by 1,2 m. The wall needs to be painted. Calculate the area, in square metres, of the wall to be painted.

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Question 801

[1 marks]Sets
The universal set is ξ={x:1≤x≤20, x\xi = \{x : 1 \le x \le 20,\ x is an integer}\} and B={x:xB = \{x : x is a perfect cube}\}. List all elements of B.

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Question 802

[1 marks]Sets
The universal set is ξ={x:1≤x≤20, x\xi = \{x : 1 \le x \le 20,\ x is an integer}\}, A={x:x<10}A = \{x : x < 10\} and B={x:xB = \{x : x is a perfect cube}\}. List all elements of A∩BA \cap B.

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Question 803

[1 marks]Sets
The universal set is ξ={x:1≤x≤20, x\xi = \{x : 1 \le x \le 20,\ x is an integer}\}, A={1;2;...;9}A = \{1; 2; ...; 9\} and B={1;8}B = \{1; 8\}. State the relationship between sets A and B.

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Question 901

[1 marks]Ordinary & Standard Form
Express 732×10−1732 \times 10^{-1} in standard form.

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Question 902

[2 marks]Ordinary & Standard Form
Three towns A, B and C are situated along a straight road, such that town C is (4×102)(4 \times 10^2) km from town A and town B is (1,88×102)(1,88 \times 10^2) km from town A. Find the distance of town B from town C, giving the answer in standard form.

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Question 1001

[1 marks]Approximations & Estimations
Round off 9 995,85correcttothenearest9\,995,85 correct to the nearest 10.

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Question 1002

[1 marks]Approximations & Estimations
Round off 3153\frac{1}{5} cm correct to the nearest centimetre.

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Question 1003

[1 marks]Prime Numbers, Sequences & Types of Numbers
Express 432 as a product of its prime factors.

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Question 1004

[1 marks]Prime Numbers, Sequences & Types of Numbers
Given that 432=24×33432 = 2^4 \times 3^3, find the smallest number by which 432 must be multiplied to get a result which is a perfect square.

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Question 1101

[2 marks]Consumer Arithmetic
A greengrocer bought 80 oranges for $640 and sold them at $15 each. Find the percentage profit made.

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Question 1102

[2 marks]Consumer Arithmetic
A woman invested $4 000 in a bank at 3% simple interest and the money earned an interest of $240. Find the time, in years, her money was in the bank.

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Question 1201

[1 marks]Change of Units
Write 0545 as a time in 12 hour notation.

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Question 1202

[1 marks]Change of Units
Lessons commence at 0715. Learner P arrived at school at 0725. Find the time by which learner P was late for the lessons.

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Question 1203

[2 marks]Ratios, Rates & Proportions
Learner P walks 5 km to school. On one day the learner left home at 0545 and arrived at school at 0725. Calculate the average speed, in km/h, at which learner P was walking on that day.

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Question 1301

[1 marks]Points, Lines & Angles
In the diagram, triangle PSR is such that QT is parallel to RS, QR^S=50°Q\hat{R}S = 50°, QS^R=30°Q\hat{S}R = 30° and PQ = QS. Find SQ^TS\hat{Q}T, in degrees.

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Question 1302

[1 marks]Points, Lines & Angles
In the diagram, triangle PSR is such that QT is parallel to RS, QR^S=50°Q\hat{R}S = 50°, QS^R=30°Q\hat{S}R = 30° and PQ = QS. Find TQ^PT\hat{Q}P, in degrees.

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Question 1303

[2 marks]Points, Lines & Angles
In the diagram, triangle PSR is such that QT is parallel to RS, QR^S=50°Q\hat{R}S = 50°, QS^R=30°Q\hat{S}R = 30° and PQ = QS. Find PT^QP\hat{T}Q, in degrees.

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Question 1401

[2 marks]Probability
Two learners P and Q write a Mathematics test. The probability that P passes is 35\frac{3}{5} and the probability that Q passes is 23\frac{2}{3}. Write down the probability that P fails and the probability that Q fails.

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Question 1402

[2 marks]Probability
Two learners P and Q write a Mathematics test. The probability that P passes is 35\frac{3}{5} and the probability that Q passes is 23\frac{2}{3}. Find the probability that only one of the learners passes the test.

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Question 1501

[1 marks]Factorisation, H.C.F & L.C.M
Factorise completely 4x−2y4x - 2y.

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Question 1502

[2 marks]Factorisation, H.C.F & L.C.M
Factorise completely 4x2−y24x^2 - y^2.

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Question 1503

[1 marks]Factorisation, H.C.F & L.C.M
Find the L.C.M of 4x−2y4x - 2y and 4x2−y24x^2 - y^2.

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Question 1601

[1 marks]Variation
A table shows the distance D, in km, covered per given number of litres ll of fuel: 0,5 litres covers 7,5 km, 10 litres covers 150 km, 30 litres covers 450 km and 50 litres covers 750 km. State the type of variation connecting the two quantities.

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Question 1602

[2 marks]Variation
The distance D, in km, covered on ll litres of fuel is such that 10 litres covers 150 km and 30 litres covers 450 km. Express D in terms of ll.

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Question 1603

[2 marks]Variation
The distance D, in km, covered on ll litres of fuel is given by D=15lD = 15l. Calculate the amount of fuel, in litres, that will be required for a distance of 480 km.

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Question 1701

[2 marks]Trigonometry, Bearing & Distances
School F is 8 km due north of school E. School G is 5 km from school E on a bearing of 240°. Find the compass bearing of school E from school G.

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Question 1702

[3 marks]Trigonometry, Bearing & Distances
School F is 8 km due north of school E. School G is 5 km from school E on a bearing of 240°. Calculate the distance of school F from school G, leaving the answer in surd form.

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Question 1801

[1 marks]Matrices
Given that (1263)−(473y10)=(−3−59−7)\begin{pmatrix} 1 & 2 \\ 6 & 3 \end{pmatrix} - \begin{pmatrix} 4 & 7 \\ 3y & 10 \end{pmatrix} = \begin{pmatrix} -3 & -5 \\ 9 & -7 \end{pmatrix}, find the value of yy.

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Question 1802

[2 marks]Matrices
Simplify (23)(1−3)\begin{pmatrix} 2 \\ 3 \end{pmatrix}\begin{pmatrix} 1 & -3 \end{pmatrix}.

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Question 1803

[2 marks]Matrices
Given that (1−x−29)\begin{pmatrix} 1 & -x \\ -2 & 9 \end{pmatrix} is the inverse of (9x21)\begin{pmatrix} 9 & x \\ 2 & 1 \end{pmatrix}, find the value of xx.

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Question 1901

[1 marks]Number Bases
Write down the value of 1 in the number 6107610_7.

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Question 1902

[1 marks]Number Bases
Evaluate 1 0169+88191\,016_9 + 881_9, giving the answer in base 9.

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Question 1903

[3 marks]Number Bases
Evaluate 1405−1235140_5 - 123_5, giving the answer in base 2.

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Question 2001

[1 marks]Travel Graphs
A man went for a walk, leaving home at 9.30 am. His displacement-time graph runs for 4 hours in total. Find the time he arrived back home.

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Question 2002

[1 marks]Travel Graphs
A man went for a walk. His displacement-time graph shows him reaching 6 km from home and then returning home. Find the total distance, in kilometres, he walked.

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Question 2003

[2 marks]Travel Graphs
A man walked a total distance of 12 km in a journey lasting 4 hours. Find his average speed, in km/h, for the whole journey.

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Question 2004

[1 marks]Travel Graphs
A man's displacement-time graph is horizontal at a distance of 6 km from home between 2,5 hours and 3,5 hours after he set off. Find the amount of time the man rested.

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Question 2101

[1 marks]Laws of Indices
Evaluate 23+222^3 + 2^2.

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Question 2102

[1 marks]Laws of Indices
Evaluate −(7x2)0-\left(7x^2\right)^0.

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Question 2103

[1 marks]Laws of Indices
Evaluate (23)−23\left(2^3\right)^{-\frac{2}{3}}.

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Question 2104

[3 marks]Laws of Indices
Solve the equation 3x×32x=273^x \times 3^{2x} = 27.

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Question 2201

[1 marks]Similarity & Congruency
In the diagram, EA^C=BD^CE\hat{A}C = B\hat{D}C, AB=xAB = x cm, BC=3BC = 3 cm, DC=4DC = 4 cm and ED=2ED = 2 cm. Name a triangle which is similar to triangle ACE.

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Question 2202

[2 marks]Similarity & Congruency
In the diagram, EA^C=BD^CE\hat{A}C = B\hat{D}C, AB=xAB = x cm, BC=3BC = 3 cm, DC=4DC = 4 cm and ED=2ED = 2 cm. Find xx.

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Question 2203

[3 marks]Similarity & Congruency
In the diagram, EA^C=BD^CE\hat{A}C = B\hat{D}C, BC=3BC = 3 cm, DC=4DC = 4 cm, ED=2ED = 2 cm and the area of triangle ACE is 24 cm224\ \text{cm}^2. Calculate the area, in square centimetres, of quadrilateral ABDE.

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Question 2301

[3 marks]Polygons, Symmetry & Circles
An 11 sided polygon has 9 of its exterior angles each x°x° and 2 each y°y°. The sum of the 9 interior angles adjacent to the angles x°x° is 1152° more than the sum of the 2 interior angles adjacent to the angles y°y°. Form two simultaneous equations in xx and yy.

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Question 2302

[3 marks]Simultaneous Equations
Solve the simultaneous equations 9x+2y=3609x + 2y = 360 and 9x−2y=1089x - 2y = 108.

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Question 2401

[2 marks]Co-ordinate Geometry
A straight line ll passes through the point (2;−3)(2; -3) and has gradient 3. Find the equation of line ll in the form y=mx+cy = mx + c.

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Question 2402

[1 marks]Co-ordinate Geometry
State the relationship between the line y=3x−9y = 3x - 9 and the line whose equation is y=3x−1y = 3x - 1.

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Question 2403

[3 marks]Functional Notation
Given that f(x)=2x+k2f(x) = 2x + k^2 and that f(2)=29f(2) = 29, find the two possible values of kk.

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