The volume that is inside the larger cylinder shown but outside the cylinder with the
smaller radius, r, can be found with the formula below.
v = 1,0241 – 161tr2
v is the volume inside the larger cylinder but outside the smaller cylinder in cubic
centimeters. r is the radius of the smaller cylinder in centimeters.
which equation and solution give the radius of the smaller cylinder if the volume inside
the larger cylinder but outside the smaller cylinder is 768 centimeters?

The equatorial radius of earth is approximately 6 × 10^3 km, while the equatorial radius of saturn is approximately 6 × 10^4 km. which of the following is true? a. the equatorial radius of saturn is approximately one hundred times that of earth. b. the equatorial radius of saturn is approximately ten times that of earth. c. the equatorial radius of earth is approximately one hundred times that of saturn. d. the equatorial radius of earth is approximately ten times that of saturn.