Answer:
(c) statement is correct.
The correct simplification of the expression the quantity 4 times x all over y all to the second power
in statement form written as 16 times x to the second power all over y to the second power

Explanation:
Given expression : the quantity 4 times x all over y all to the second power
We have to write it in simplified statement form,
Consider the given expression,
the quantity 4 times x all over y all to the second power
Mathematically written as

Evaluating we get,

We know square of 4 is 16
So it becomes,

In statement form written as 16 times x to the second power all over y to the second power.
Thus, (c) statement is correct.
Thus, The correct simplification of the expression the quantity 4 times x all over y all to the second power
in statement form written as 16 times x to the second power all over y to the second power
