SOLUTION: The radius r of a sphere in terms of its surface area A is given by the formula r=sqrt(A/4 pi). Express r in simplest form

SOLUTION: The radius r of a sphere in terms of its surface area A is given by the formula r=sqrt(A/4 pi). Express r in simplest form

Algebra.Com

Question 1006678: The radius r of a sphere in terms of its surface area A is given by the formula r=sqrt(A/4 pi). Express r in simplest form
Answer by It is costly(175) (Show Source): You can put this solution on YOUR website!

RELATED QUESTIONS
The radius r of a sphere in terms of its surface area S is given by the formula r=sqrtS/4 (answered by It is costly)

The formula for the surface area of a sphere is {{{A=4*pi*r^2}}}, where A is surface... (answered by jim_thompson5910)

The surface area (A) of a sphere with the radius (r) is given by A = 4(3.14)r^2. Solve... (answered by Alan3354)

The surface area (A) of a sphere with radius (r) is given by A=4πr^2. Solve this... (answered by Alan3354)

Find the volume in terms of pi of a sphere whose surface area is {{{36*pi^2}}}. The... (answered by bucky)

Find the radius of a sphere with surface area 160in squared. use the formula... (answered by Earlsdon)

In an evil experiment, a small spherical drop of oil is allowed to fall onto the surface... (answered by Alan3354)

The volume of a sphere as a function of its radius is given by V(r)=4/3 pi r^3. The... (answered by josgarithmetic)

The problem reads: The surface area of a sphere is given by S=4(pi)r^2, where r is the (answered by solver91311)