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More Old MCQ
Orphaned Multiple Choice Questions (MCQ) due to changes of exam system.
Stations A and B are placed 1000 m apart on a straight road running East and West. From A, the bearing of the tower C is 32° West of North and from B the bearing of C is 26° North of East. Find the shortest distance of the tower from the road.
A hollow glass bowl in the shape of a sphere of radius 4” is filled with water to a depth of 3”. If the water flows out through a small hole in the bottom so that the level drops 2”, how much water has escaped in in^3?
Find d so that x + 6 is a factor of x^4 + 4x^3 - 21x^2 + dx + 108.
Find the distance between foci of the conic 8x^2 + 9y^2 = 288.
dKi9DFQ-2 Find the maximum positive shear that could developed at the section just after point A.
vSk9ZBx-1 Find the uv-coordinates of the y-intercept of the given line.
Solve for $x^2$ if $48^{1/x} = 4 \times 3^{1/x}$.
Solve for x if $e^{2x - 1} = 5$.
sIg3ZYd-3 What is the deflection angle of the station just before PT?
Simplify the radical shown: $\sqrt{a\sqrt{a\sqrt{a}}}$
What is the equation of the line with y-intercept = 2 and slope = -3?
z1UpedR-2 the numbers are even and repetition of digit is not allowed.
Solve for x: x - 1 / x = 0.
Water is flowing into a conical cistern at the rate of 5 m^3/min. The height of the cone is 10 m and the radius of the upper base 5 m.
The weight of the body of fluid defined as the earth’s gravitational pull of the body is given by the equation:
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