Multiple Choice Question: Which of the following is an integer?

More Old MCQ

Orphaned Multiple Choice Questions (MCQ) due to changes of exam system.

A corner lot, triangular in shape, has perpendicular sides measuring 90 m and 120 m, respectively.
Find the 4th term in the expansion of $(x^3 + y^2)^4$.
Given a water droplet with surface tension $\sigma$ and gage pressure $\Delta p$, determine its diameter.
One bag contains 4 white balls and 3 black balls, and a second bag contains 3 white balls and 5 black balls.
The Venturi meter is used to measure the presence of flow in the pipe system, the section of the pipe with the smallest pressure is called:
Solve for x if $\dfrac{e^x + e^{-x}}{2} = 1$.
Given the following equations: $ab = 1/8$, $ac = 3$, $bc = 6$. Find the value of $b$.
Determine the equation of an open upward parabola with (2, 1) and (-4, 1) as ends of latus rectum.
A and B start at the same time from two places 154 km apart and travel toward each other. A travels 10 kph and B 8 kph. If B stopped 1 hour on the way, in how many hours will they meet?
It is a point formed by intersecting the internal bisector of one angle of a triangle to the external bisectors of the other two angles.
The distance between the centers of the three circles which are mutually tangent to each other externally are 10, 12, and 14 units. Find the area of the smallest circle.
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.
Evaluate 2000C2 + 2000C5 + 2000C8 + ... + 2000C29.
A closed conical tank has a base diameter of 2 m and is 5 m tall. When standing in upright position, the water in the tank is 3 m deep. How deep will the water stand in the tank when in inverted position?
Two casks A and B were filled with two kinds of sherry. In cask A, the ratio of the two kinds of sherry is 2:7 while in B, it is 1:5.