Mathematics Past Questions

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Past Questions

1,853 questions
Question 1 of 20 1,853 total questions
Question 561
waec 2003
A student bought 3 notebooks and 1 pen for N35. After misplacing these items, she again bought 2 notebooks and 2 pens, all of the same type for
N30. What is the cost of a pen?
AN5.00
BN7.50
CN10.00
DN15.00
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Question 562
waec 2003
Interprete the inequality represented on the number line
A-4< X ≤ 5
B-4 ≤ x< 5
C-4
D-4≤x≤5
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Question 563
waec 2003

The table below gives the distribution of marks obtained by a number of pupils in a class test.

How many pupils scored at least 2 marks?

A12
B23
C37
D49
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Question 564
waec 2003

The table below gives the distribution of marks obtained by a number of pupils in a class test.

Find the median of the distribution

A1
B2
C3
D4
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Question 565
waec 2003

The table below gives the distribution of marks obtained by a number of pupils in a class test.

The mode of the distribution is

A3
B5
C8
D18
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Question 566
waec 2003

Simplify \(\left(\frac{3}{4} - \frac{1}{3}\right)\times 4\frac{1}{3}\div 3\frac{1}{4}\)

A\(\frac{5}{9}\)
B\(\frac{5}{16}\)
C\(\frac{8}{13}\)
D\(\frac{16}{5}\)
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Question 567
waec 2002

In the diagram, LMT is a straight line. lf O is the centre of circle LMN, OMN = 20°, LTN = 32° and |NM| = |MT|, find LNM.

A44o
B46o
C52o
D70o
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Question 568
waec 2002
Which of the following is not a rational number?
A-5
B\(\sqrt{4}\)
C\(3\frac{3}{4}\)
D\(\sqrt{90}\)
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Question 569
waec 2002

The number of goals scored by a school team in 10 netball matches are as follows: 3, 5, 7, 7, 8, 8, 8, 11, 11, 12. Find the probability that in a match, the school team will score at most 8 goals.

A\(\frac{7}{10}\)
B\(\frac{2}{5}\)
C\(\frac{3}{5}\)
D\(\frac{1}{5}\)
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Question 570
waec 2002

Given that \(p = x-\frac{1}{x} and\hspace{1mm}q = x^2 + \frac{1}{x^2}\) express q in terms of p.

A(p2 + 2)
B(p - 2) 2
C(p + 2) 2
D(p2 - 2)
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Question 571
waec 2002

In the diagram O is the center of the circle, ∠SOR = 64° and ∠PSO = 36°. Calculate ∠PQR

A100o
B96o
C94o
D86o
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Question 572
waec 2002

In the diagram, \(QR||TP and W\hat{P}T = 88^{\circ} \). Find the value of x

A92o
B68o
C67o
D23o
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Question 573
waec 2002
To arrive on schedule, a train is to cover a distance of 60km at 72km/hr. If it starts 10 minutes late, at what speed must it move to arrive on schedule?
A60km/hr
B80km/hr
C90km/hr
D108km/hr
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Question 574
waec 2002
Calculate and correct to two significant figures, the percentage error in approximating 0.375 to 0.4
A2.0
B2.5
C6.6
D6.7
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Question 575
waec 2002

In the diagram, |QR| = 10cm, PR⊥QS, angle PSR = 30° and angle PQR = 45°. Calculate in meters |QS|

A\(10(1+\sqrt{3})\)
B\(20\sqrt{3}\)
C\(10\sqrt{3}\)
D\((10+\sqrt{3})\)
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Question 576
waec 2002

In the diagram, \(\bar{PS}\hspace{1mm} and \hspace{1mm}\bar{QT}\) are two altitudes of ∆PQR. Which of the following is equal to ∠RQT?

A∠PQT
B∠SRP
C∠PQR
D∠SPR
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Question 577
waec 2002

In the diagram, calculate the value of x

A35o
B80o
C100o
D115o
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Question 578
waec 2002

In the diagram, QRT is a straight line. If angle PTR = 90°, angle PRT = 60°, angle PQR = 30° and |PQ| = \(6\sqrt{3}cm\), calculate |RT|

A0.3cm
B\(\frac{\sqrt{3}}{2}cm\)
C3cm
D\(3\sqrt{3}cm\)
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Question 579
waec 2002

If q oranges are sold for t Naira, how many oranges can be bought for p naira?

A\(\frac{p}{2}t\)
B\(\frac{qt}{p}\)
C\(\frac{q}{pt}\)
D\(\frac{pq}{t}\)
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Question 580
waec 2002

Factorize m(2a-b)-2n(b-2a)

A(2a-b)(2n-m)
B(2a+b)(m-2n)
C(2a-b)(m+2n)
D(2a-b)(m-2n)
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