Mathematics Past Questions

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Past Questions

4,407 questions
Question 1 of 20 4,407 total questions
Question 2191
jamb 1978

A man runs a distance of 9km at a constant speed for the first 4 km and then 2 km\h faster for the rest of the distance. The whole run takes him one hour. His average speed for the first 4 km is

A6 km/h
B8 km/h
C9 km\h
D11 km\h
E13 km\h
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Question 2192
jamb 1978

A canal has rectangular cross section of width10cm and breadth 1m. If water of uniform density 1 gm cm-3 flows through it at a constant speed of1000mm per minute, the adjacent sea is

A100000
B1000000
C120000
D30000
E350000
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Question 2193
jamb 1978

If \(3x - (\frac{1}{4})^{-\frac{1}{2}} > \frac{1}{4} - x \), then the interval of values of x is

Ax > \(\frac{1}{3}\)
Bx < \(\frac{1}{3}\)
Cx < \(\frac{1}{4}\)
Dx < \(\frac{9}{16}\)
Ex > \(\frac{9}{16}\)
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Question 2194
jamb 1978

If the four interior angles of a quadrilateral are (p + 10)°, (p - 30)°, (2p - 45)°, and (p + 15)°, then p is

A125o
B82o
C135o
D105o
E60o
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Question 2195
jamb 1978

If a circular paper disc is trimmed in such a way that its circumference is reduced in the ratio 2:5, In what ratio is the surface area reduced?

A8 : 125
B2 : 5
C8 : 25
D4 : 25
E4 : 10
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Question 2196
jamb 1978

Given that \(a*b = ab + a + b\) and that \(a ♦ b = a + b = 1\). Find an expression (not involving * or ♦) for (a*b) ♦ (a*c) if a, b, c, are real numbers and the operations on the right are ordinary addition and multiplication of numbers

Aac + ab + bc + b + c + 1
Bac + ab + a + c + 2
Cab + ac + a + b + 1
Dac + bc + ab + b + c + 2
Eab + ac + 2a + b + c + 1
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Question 2197
jamb 1978

Father reduced the quantity of food bought for the family by 10% when he found that the cost of living had increased 15%. Thus the fractional increase in the family food bill is now

A\(\frac{1}{12}\)
B\(\frac{6}{35}\)
C\(\frac{19}{300}\)
D\(\frac{7}{200}\)
E\(\frac{5}{100}\)
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Question 2198
jamb 1978

Five years ago, a father was 3 times as old as his son, now their combined ages amount to 110years. thus, the present age of the father is

A75 years
B60 years
C98 years
D80 years
E105 years
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Question 2199
jamb 1978

What is the number whose logarithm to base 10 is 2.3482?

A223
B2228
C2.235
D22.37
E0.2229
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Question 2200
jamb 1978

If x\(^2\) + 4 = 0, then x ?

A4
B-4
C2
D-2
ENone of the above
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Question 2201
jamb 1978

Multiply (x + 3y + 5) by (2x2 + 5y + 2)

A2x2 + 3yx2 + 10xy + 15y2 + 13y + 10x2 + 2x + 10
B2x3 + 6yx2 + 5xy + 15y2 + 31y + 10x2 + 2x + 10
C2x3 + 6xy2 + 5xy + 15y2 + 12y + 10x2 + 2x + 10
D2x2 + 6xy2 + 5xy + 15y2 + 13y + 10x2 + 2x + 10
E2x3 + 2yx2 + 10xy + 10y2 + 31y + 5x2 + 10
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Question 2202
jamb 1978

The sum of \(3\frac{7}{8}\) and \(1\frac{1}{3}\) is less than the difference between \(\frac{1}{8}\) and \(1\frac{2}{3}\) by:

A3\(\frac{2}{3}\)
B5\(\frac{1}{4}\)
C6\(\frac{1}{2}\)
D8
E8\(\frac{1}{8}\)
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Question 2203
jamb 1978

A rectangular picture 6cm by 8cm is enclosed by a frame \(\frac{1}{2}\)cm wide. Calculate the area of the frame

A15sq.cm
B20sq.cm
C13sq.cm
D16sq.cm
E17sq.cm
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Question 2204
jamb 1978

If x\(^4\) - kx\(^3\) + 10x\(^2\) + lx - 3 is divisible by (x - 1), and if when it is divided by (x + 2) the remainder is 27, find the constants k and l

Ak = -7, 1 = -15
Bk = -15, 1 = -7
Ck = \(\frac{15}{3}\) , 1 = -7
Dk = \(\frac{7}{3}\) , 1 = -17
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Question 2205
jamb 1978
A hollow right prism of equilateral triangular base of side 4cm is filled with water up to a certain height. If a sphere of radius \(\frac{1}{2}\)cm is immersed in the water, then the rise of water is
A1cm
B\(\sqrt{\frac{3\pi}{24}}\)
C\(\frac{\pi}{24\sqrt{3}}\)
D24\(\sqrt{3}\)
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Question 2206
jamb 1978

A regular hexagon is constructed inside a circle of diameter 12cm. The area of the hexagon is

A36\(\pi\)cm2
B54\(\sqrt{3}\)cm2
C\(\sqrt{3}\)cm2
D\(\frac{1}{x - 1}\)
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Question 2207
jamb 1978

A triangle has angles 30o, 15o and 135o. The side opposite to the angle 30o is length 6cm. The side opposite to the angle 135o is equal to

A12cm
B6cm
C6\(\sqrt{2}\)cm
D12\(\sqrt{2}\)cm
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Question 2208
jamb 1978

An arithmetic progression has first term 11 and fourth term 32. The sum of the first nine terms is

A351
B531
C135
D153
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Question 2209
jamb 1978

In a geometric progression, the first term is 153 and the sixth term is \(\frac{17}{27}\). The sum of the first four terms is

A\(\frac{860}{3}\)
B\(\frac{680}{3}\)
C\(\frac{608}{3}\)
D\(\frac{680}{27}\)
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Question 2210
jamb 1978

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

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