In this problem, we want to find the volume of a sphere with the given radius in scientific notation.
The volume formula we will use is

Since we are given the diameter, we need to start by dividing it by 2 to get the radius:

Substituting that into our formula, we can simplify and apply the laws of exponents. Be sure to include 3.14 for π:

Since we are rounding our scientific notation to the nearest tenth:
