Multiple Choice Question: Simplify the radical shown: $\sqrt{a\sqrt{a\sqrt{a}}}$

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

The numbers 28, x + 2, 112, ... form a geometric progression. What is the 10th term?
Which of the following soil classification systems was first developed by Arthur Casagrande and was adopted by several US agencies with modifications in 1952?
The magnetic bearing of a line was recorded as S 80° 15' W in 2000 at Mactan Island which had a declination of 16° E in that year. Compute the present magnetic bearing of the same line in 2006 if the declination in 2006 is 4° 30' E.
At what value of x will the slope of the curve x^3 - 9x - y = 0 be 18?
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.
A company’s daily profit P in pesos, is given by the equation P = -2x^2 + 120x - 800
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.
Find the maximum and minimum values of $$ 3^{\sin x} for 0^\circ \le x \le 360ˆ\circ $$
dYv94eu-1 The constant of proportionality.
What time after 3:00 o’clock would the hour-hand and the minute-hand of a continuously driven clock subtends an angle of 45° for the second time?
R3y8Yuq-3 determine the volume of earthwork by prismoidal correction formula.
If two points in the number line have coordinates 1 and 7, find the coordinate of a point on the line which is twice as far from 1 as from 7.
It is a differential equation or a set of differential equations that mimic the behavior of real-life objects and situations.
Two cars A and B are traveling at the speed of 30 kph and 40 kph respectively on two different roads making an angle of 30 deg with each other.
A system of streamline and orthogonal lines which show the idealized flow pattern for a given system of boundaries.

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