Question 0Integrate \(\frac{1 - x}{x^3}\) with respect to xA.\(\frac{x - x^2}{x^4}\) + kB.\(\frac{4}{x^4} - \frac{3 + k}{x^3}\)C.\(\frac{1}{x} - \frac{1}{2x^2}\) + kD.\(\frac{1}{3x^2} - \frac{1}{2x}\) + kE.Objective Show full explanation
Question 0Evaluate \(\frac{3524}{0.05}\) correct to 3 significant figuresA.705B.70,000C.70, 480D.70, 500E.Objective Show full explanation
Question 0Solve for y in the equation 101 x 5(2x - 2) x 4(y - 1) = 1A.\(\frac{3}{4}\)B.\(\frac{5}{4}\)C.\(\frac{2}{3}\)D.5E.Objective Show full explanation
Question 0simplify \(\frac{1}{√3 - 2}\) - \(\frac{1}{√3 + 2}\)A.3B.\(\frac{2}{3}\)C.7D.-4E.Objective Show full explanation
Question 0If 2log3 y + log3 x2 = 4, then y isA.4 - log3B.\(\frac{4}{log_3 x}\)C.\(\frac{4}{x}\)D.\(\pm\) \(\frac{9}{x}\)E.Objective Show full explanation
Question 0Solve without using tables log5(62.5) - log5(\(\frac{1}{2}\))A.3B.4C.5D.8E.Objective Show full explanation
Question 0If N225.00 yields N27.00 in x years simple interest at the rate of 4% per annum, find xA.3B.4C.12D.17E.Objective Show full explanation
Question 0Make x the subject of the relation \(\frac{1 + ax}{1 - ax}\) = \(\frac{p}{q}\)A.\(\frac{p + q}{a(p - q)}\)B.\(\frac{p - q}{a(p + q)}\)C.\(\frac{p - q}{apq}\)D.\(\frac{pq}{a(p - q)}\)E.Objective Show full explanation
Question 0Which of the following is a factor of 15 + 7x - 2x2A.x + 3B.x - 3C.x - 5D.x + 5E.Objective Show full explanation
Question 0Evaluate (x + \(\frac{1}{x}\) + 1)2 - (x + \(\frac{1}{x}\) + 1)2A.4x2B.(\(\frac{2}{x}\) + 2)2C.4D.4(1 + x)E.Objective Show full explanation
Question 0Solve the following simultaneous equation for x. x2 + y - 5 = 0, y - 7x + 3 = 0A.-2, 4B.2, 4C.-1,8D.1, -8E.Objective Show full explanation
Question 0Solve the following equation (3x - 2)(5x - 4) = (3x - 2)2A.\(\frac{-2}{3}\), 1B.1C.\(\frac{2}{3}\), 1D.\(\frac{2}{3}\), \(\frac{4}{5}\)E.Objective Show full explanation
Question 0If the function f is defined by f(x + 2) = 2x2 + 7x = 5, find f(-1)A.-10B.-8C.4D.10E.Objective Show full explanation
Question 0Divide the expression x3 + 7x2 - x - 7 by -1 + x2A.-x3 + 7x2 - x - 7B.-x3 = 7x + 7C.x - 7D.x + 7E.Objective Show full explanation
Question 0Simplify \(\frac{1}{p}\) - \(\frac{1}{q}\) \(\div\) \(\frac{p}{q}\) - \(\frac{q}{p}\)A.\(\frac{1}{p - q}\)B.\(\frac{-1}{p + q}\)C.\(\frac{1}{pq}\)D.\(\frac{1}{pq(p - q)}\)E.Objective Show full explanation
Question 0Solve the inequality y2 - 3y > 18A.-3 < y < 6B.y < -3 or y > 6C.y > -3 or y > 6D.y < 3 or y < 6E.Objective Show full explanation
Question 0If x is negative, what is the range of values of x within which \(\frac{x + 1}{3}\) > \(\frac{1}{X + 3}\)A.3 < x < 4B.-4 < x < -3C.-2 < x < -1D.-3 < x < 0E.Objective Show full explanation
Question 0A binary operation \(\ast\) is defined on a set of real numbers by x \(\ast\) y = xy for all real values of x and y. If x \(\ast\) 2 = x. Find the possible values of xA.0, 1B.1, 2C.2, 2D.0, 2E.Objective Show full explanation
Question 0If k + 1; 2k - 1, 3k + 1 are three consecutive terms of a geometric progression, find the possible values of the common ratioA.0, 8B.-1, \(\frac{5}{3}\)C.2, 3D.1, -1E.Objective Show full explanation
Question 0A man's initial salary is N540.00 a month and increases after each period of six months by N36.oo a month. Find his salary in the eighth month of the third yearA.N828.00B.N756.00C.N720.00D.N684.00E.Objective Show full explanation
Question 0A rectangular polygon has 150o as the size of each interior angle. How many sides has the polygon?A.12B.10C.9D.8E.Objective Show full explanation
Question 0Calculate the length in cm. of the area of a circle of diameter 8cm which subtends an angle of 22\(\frac{1}{2}\)o at the centre of the circleA.2\(\pi\)B.\(\pi\)C.\(\frac{2}{3}\)D.\(\frac{\pi}{2}\)E.Objective Show full explanation
Question 0The three sides of an isosceles triangle are length of lengths (x + 3), (2x + 3), (2x - 3) respectively. Calculate x.A.5B.1C.3D.6E.Objective Show full explanation
Question 0find the radius of a sphere whose surface area is 154cm2 (\(\pi = \frac{22}{7}\))A.7.00cmB.3.50cmC.3.00cmD.1.75cmE.Objective Show full explanation
Question 0Find the area of the sector of a circle with radius 3m, if the angle of the sector is 60oA.4.0m2B.1m2C.4.7m2D.5.0m2E.Objective Show full explanation
Question 0The angle between latitudes 30oS and 13oN isA.17oB.33oC.43oD.53oE.Objective Show full explanation
Question 0If sin \(\theta\) = cos \(\theta\), find \(\theta\) between 0o and 360oA.45o, 225oB.135o, 315oC.45o, 315oD.135o, 225oE.Objective Show full explanation
Question 0If two angles of a triangle are 30o each and the longest side is 10cm. Calculate the length of each of the other sidesA.5cmB.4cmC.3√3 cmD.10\(\frac{3}{3}\)cmE.Objective Show full explanation
Question 0Quantities in the proportions 1, 4, 6, 7 are to be represented in a pie chart. Calculate the angle of the sector with proportion 7A.20oB.80oC.120oD.140oE.Objective Show full explanation
Question 0The following marks were obtained by twenty students in an examination: 53, 30, 70, 84, 59, 43, 90, 20, 78, 48, 44, 60, 81, 73, 50, 37, 67, 68, 64, 52. Find the numbers of students who scored at least 50 marksA.6B.10C.13D.14E.Objective Show full explanation
Question 0\(\begin{array}{c|c} Weight(s) & 0 -10 & 10 - 20 & 20 - 30 & 40 - 50\\ \hline \text{Number of coconuts} & 10 & 27 & 19 & 6 & 2\end{array}\) Estimate the mode of the frequency distribution aboveA.13.2gB.15.0gC.16.8gD.17.5gE.Objective Show full explanation
Question 0The mean of the ages of ten secondary school pupils is 16 but when the age of their teacher is added to it the men becomes 19. Find the age of the teacherA.27B.35C.38D.49E.Objective Show full explanation
Question 0\(\begin{array}{c|c} Class & Frequency\\ \hline 1 - 5 & 2\\6 - 10 & 4\\11 - 15 & 5\\16 - 20 & 2 \\ 21 - 25 & 3\\26 - 30 & 2\\31 - 35 & 1\\36 - 40 & 1 \end{array}\) Find the median of the observation in the table givenA.11.5B.12.5C.14.0D.14.5E.Objective Show full explanation
Question 0A number is selected at random between 20 and 30, both numbers inclusive. Find the probability that the number is a primeA.\(\frac{2}{11}\)B.\(\frac{5}{11}\)C.\(\frac{6}{11}\)D.\(\frac{8}{11}\)E.Objective Show full explanation
Question 0Calculate the standard deviation of the following data: 7, 8, 9, 10, 11, 12, 13.A.2B.4C.10D.11E.Objective Show full explanation
Question 0The chances of three independent events X, Y, Z occurring are \(\frac{1}{2}\), \(\frac{2}{3}\), \(\frac{1}{4}\) respectively. What are the chances of Y and Z only occurring?A.\(\frac{1}{8}\)B.\(\frac{1}{24}\)C.\(\frac{1}{12}\)D.\(\frac{1}{4}\)E.Objective Show full explanation
Question 0The shaded portion in the venn diagram isA.x \(\cap\) zB.xo \(\cap\) y \(\cap\) zC.x \(\cap\) yo \(\cap\) zD.x \(\cap\) y \(\cap\) zoE.Objective Show full explanation
Question 0The figure represents the graphs of y = x(2 - x) and y = (x - 1)(x - 3). What are the x-coordinates of P, Q and F respectively?A.1, 3, 2B.0, 0, 0C.0, 2, 3D.1, 2, 3E.Objective Show full explanation
Question 0PQRST is a regular pentagon and PQVU is a rectangle with U and V lying on TS and SR respectively as shown in the diagram. Calculate TUPA.18oB.54oC.90oD.108oE.Objective Show full explanation
Question 0In the diagram, PQRs is a circle with 0 as centre and PQ/RT. If RTS = 32o. Find PSQA.32oB.45oC.58oD.90oE.Objective Show full explanation
Question 0In the diagram, O is the centre of the circle and POQ a diameter. If POR = 96o, find the value of ORQ.A.84oB.48oC.45oD.42oE.Objective Show full explanation
Question 0In the diagram, QP//ST:PQR = 34o qrs = 73o and Rs = RT. Find SRTA.68oB.102oC.107oD.141oE.Objective Show full explanation
Question 0In the figure, PT is a tangent to the circle at U and QU/RS if TUR = 35o and SRU = 50o find xA.95oB.85oC.50oD.35oE.Objective Show full explanation
Question 0In the diagram, QPS = SPR, PR = 9cm. PQ = 4cm and QS = 3cm, find SR.A.6\(\frac{3}{4}\)cmB.3\(\frac{3}{8}\)cmC.4\(\frac{3}{8}\)cmD.2\(\frac{3}{8}\)cmE.Objective Show full explanation
Question 0In the figure, the line segment ST is tangent to two circles at S and T. O and Q are the centres of the circles wih OS = 5cm. QT = 2cm and OR = 14cm. Find STA.7 \(\sqrt{3}\)cmB.12.9cmC.\(\sqrt{87}\)cmD.7cmE.Objective Show full explanation
Question 0In the figure, the area of the square of the square PQRS is 100cm2. If the ratio of the area of the square TUYS to the area of the area of the square XQVU is 1 : 16, Find YRA.6cmB.7cmC.8cmD.9cmE.Objective Show full explanation
Question 0From the figure, calculate TH in centimetersA.\(\frac{5}{\sqrt{3} + 1}\)B.\(\frac{5}{\sqrt{3} - 1}\)C.\(\frac{5}{\sqrt{3}}\)D.\(\frac{\sqrt{3}}{5}\)E.Objective Show full explanation