(1/8)^-3
First apply the exponent to the numerator and denominator
(1^-3/8^-3)
Then flip the fraction to get rid of negative exponents
8^3/1^3
Then evaluate exponents
512/1
Divide the numerator by the denominator
512
Final answer: 512
We have been given that the volume of a cone is 113.04 cubic mm. We are asked to find the approximate volume of a sphere that has the same height and a circular base with the same diameter.
We know that volume of cone is
.
The height is equal to the diameter. We know that diameter is 2 times radius, so we can represent this information in an equation as:

Upon substituting
in volume of cone, we will get:


We know that volume of sphere is
.
Upon comparing volume of cone with volume of sphere, we can see that volume of sphere is 2 times the volume of cone.

Since
, so volume of sphere would be:


Therefore, volume of sphere would be 226.08 cubic mm.
<span>sum of -2 and d: d - 2
</span><span>The quotient of -18 and the sum of -2 and d: - 18 / (d - 2)
answer
</span> - 18
---------
d - 2
This isn't a question. What is the question?
Your answer is going to be B.