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  • The liquid is filled in a cylindrical container of radius R. What should be the height of the liquid, so that the force at the wall of the container equal to force at the bottom- <im

The liquid is filled in a cylindrical container of radius R. What should be the height of the liquid, so that the force at the wall of the container equal to force at the bottom-

Option: 1

h = 2R


Option: 2

h = R


Option: 3

h = \frac{R}{2}


Option: 4

h = 3 R


Answers (1)

best_answer

\begin{gathered} F_{\text {wall }}= F_{\text {bottom }} \\ \left(\frac{\rho g h}{2}\right) \times 2 \pi R h=(\rho g h) \pi R^2 \\ h=R \end{gathered}

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Rakesh

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