cidyah
V = pi r^2 h
divide both sides by pi h
V / (pi h) = r^2
r^2 = V / (pi h)
r = sqrt [ V / (pi h) ]
Brainard
V = r^2 h pi
V/hpi = r^2 .........dividing both sides by hpi
r = sqrt[V/h pi] ..........taking square roots on both sides
Art G
V=πR²h, R=√(V/πh)
Como
V = π r² h
r ² = V / [ π h ]
r = [ V / (π h) ]^(1/2)
Wayne DeguMan
V = πr²h
so, r² = V/(πh)
=> r = √(V/(πh))
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