UTME CBT Practice Test – Mathematics (Diagnostic Test) – Set 2

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Find the dimensions of the rectangle of greatest area which has a fixed perimeter p.

A. Square of sides      B. square of sides     C. Square of sides p.    D. Square of ides. 2p.


If 6Pr = 6, find the value of 6Pr+1 .

A. 15    B. 30  C. 33   D. 35


Find the value of p if the line joining (p, 4) and (6 —2) is perpendicular to the line joining (2, p) and (-1, 3).

A. 0    B. 3    C. 4   D. 6


 An operation is defined on the set of real numbers by a * b = a + b ÷ 1. If the identity element is -1, find the inverse of the element 2 under *.

A. -4    B -2    C. 0    D. 4


Teams P and Q are involved in a game of football. What is the probability that the game ends in a draw.

A. \frac{1}{4}    B. \frac{1}{3}    C. \frac{1}{2}    D. \frac{2}{3}


In the figure above, PQR is a straight line segment, PQ = QT. Triangle PQT is an isosceles triangle, ∠SRQ is 75° and ∠QPT is 25°. Calculate the value of ∠RST.

A. 25°    B. 45°    C. 50°    D. 55°

The histogram above shows the distribution of passengers in taxis of a certain motor park. How many taxis have more than 4 passengers?

A. 14    B. 15   C.16    D. 17

Given the matrix K = , the matrix K2 + K + l where l is the 2 X 2 identity matrix, is _____

A.      B.     C.      D.


The distribution of colours of heath in a bowl is given above. What is the probability that a bead selected at random will be blue or white?

A. \frac{1}{15}    B. \frac{1}{3}    C. \frac{2}{5}   D. \frac{7}{15}

Find the variance of 2, 6, 8, 6, 2 and 6

A.      B.      C. 5     D. 6

The minimum point on the curve y = x2 - 6x + 5 is at _______

A. (1,5) B. (2, 3) C. (3, -4) D. (-3, 4)


A point P moves such that it is equidistant from points Q and R. Find OR when PR = 8cm and ∠PRO = 30°.

A. 4 cm    B. 43 cm    C. 8 cm    D. cm

The bar chart above shows different colours of cars passing a particular point of a certain street in two minutes. What fraction of the total number of cars is yellow?

A. \frac{4}{15}     B. \frac{1}{5}     C. \frac{3}{25}    D. \frac{2}{25}


Find the rate of change of the volume v of a sphere with respect to its radius r when r = 1.

A. 4 π   B. 8 π   C. 12 π    D. 24 π.

Number and Numeration


A. 8a     B. 4a     C. \frac{1}{4a}   D. \frac{1}{8a}


Divide a3x - 26a2x + 156ax - 216  by  a2x - 24ax + 108

A. ax — 18.     B. ax — 6     C. ax — 2    D. ax + 2

The mean score is _____

A. 11.0    B. 9.5    C. 8.7   D. 7.0


Differentiate (2x + 5)2 (x - 4) with respect to x.

A. (2x + 5)(6x — 11)
B. (2x + 5)(2x — 13)
C. 4(2x + 5)(x — 4)
D. 4(2x + 5)(4x — 3)


Find the number of sides of a regular polygon whose interior angle is twice the exterior angle

A. 2    B. 3    C. 6   D. 8


Find the integral values of x and y satisfying the inequality 3y + 5x ≤ 15 given that y > 0, y 0.

A. (1x1), (2,1), (1,3)
B. (1,1), (1,2,), (1,3)
C. (1,1), (1,2), (2,1)
D. (1,1), (3,1), (2,2)

Find the range of  \frac{1}{6}\frac{1}{3}\frac{3}{2}\frac{2}{3}\frac{8}{9}  and  \frac{4}{3} 

A. \frac{4}{3}    B. \frac{7}{6}   C. \frac{5}{6}   D. \frac{3}{4}


A man saves N 100.00 in his first year of work and each year saves N 20.00 more than in the
preceding year In how many years will he save N 5,800.00?

A. 20 years   B. 29 years   C. 58 years   D. 100 years


If y = x sin x, find    when x =

A.     B. 1   C. -1   D.


A sector of a circle of radius 7.2 cm which subtends an angle of 300° at the centre is used to form a cone. What is the radius of the base of the cone?

A. 6 cm   B. 7 cm   C. 8 cm    D. 9 cm


A cylindrical tank has a capacity of 3080 m3. What is the depth of the tank if the diameter of its base is 14 m?

A. 20 m   B. 22 m   C. 23 m   D. 25 m


The bearings of P and Q from a common point N are 020° and 300° respectively. If P and Q are also equidistant from N, find the bearing of P from Q.

A. 320°    B. 280°    C. 070°   D. 040°

Arrange \frac{3}{5}, \frac{9}{16}, \frac{34}{59} and \frac{71}{97} in ascending order of magnitude.

A. \frac{3}{5}, \frac{9}{16}, \frac{34}{59}, \frac{71}{97} B. \frac{9}{16}, \frac{3}{5}, \frac{71}{97}, \frac{34}{59} C. \frac{9}{16}, \frac{34}{59}, \frac{3}{5}, \frac{71}{97} D. \frac{34}{59}, \frac{71}{97}, \frac{3}{5}, \frac{9}{16}


Find the value of θ in the diagram above.

A. 30°   B. 60°   C. 100°   D. 120°


The identity element with respect to the multiplication shown in the table above is ______

A. k     B. l     C. n    D. o

 If P = , then -2P is ______

A.      B.      C.      D.

Number and Numeration

Find the principal which amounts to N 5,500 at simple interest in 5 years at 2% per annum

A. N 5,000   B. N 4,900    C. N 4,800    D. N 4,700.


Find the area bounded by the curves y 4 — x2 and y = 2x + 1

A. sq. units.     B. sq. units.    C. sq. units.     D. sq. units.


If the gradient of the curve y = 2kx2 + x + 1 at x = 1 is 9, find k

A. 1    B. 2    C. 3    D. 4

Number and Numeration

A car dealer bought a second-hand car for N 250,000.00 and spent N 70,000.00 refurbishing it. He then sold the car for N 400,000.00. What is the percentage gain?

A. 20%   B. 25%    C. 32%    D. 60%

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