What are the solutions to the equation solvefor V=pir^2h,r ?

The solutions to the equation solvefor V=pir^2h,r are r=sqrt(V/(pih)),r=-sqrt(V/(pih));\quad h\ne 0

Find the zeros of solvefor V=pir^2h,r

The zeros of solvefor V=pir^2h,r are r=sqrt(V/(pih)),r=-sqrt(V/(pih));\quad h\ne 0

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solve for

V = π r^{2} h, r

r = \frac{V}{πh}, r = - \frac{V}{πh}; h \neq = 0

Solution steps

V = π r^{2} h

Switch sides

π r^{2} h = V

Divide both sides by

πh; h \neq = 0

r^{2} = \frac{V}{πh}; h \neq = 0

For

x^{2} = f (a)

the solutions are

x = f (a), - f (a)

r = \frac{V}{πh}, r = - \frac{V}{πh}; h \neq = 0

8 x^{2} - 6 x + 3 = 0

2 a^{2} + 3 a - 5 = - 1

x, u = x^{2} - 2

2 x (x + 3) = 5

6 x^{2} = 7 - 11 x

What are the solutions to the equation solvefor V=pir^2h,r ?
The solutions to the equation solvefor V=pir^2h,r are r=sqrt(V/(pih)),r=-sqrt(V/(pih));\quad h\ne 0
Find the zeros of solvefor V=pir^2h,r
The zeros of solvefor V=pir^2h,r are r=sqrt(V/(pih)),r=-sqrt(V/(pih));\quad h\ne 0