A cylinder of height H and radius R is filled with a liquid of density p . What is the disrupting stress at a heght h? where is it maximum and where minimum ? [Hint : Disrupting stress is the elastic force per unit length Consider equilibrium of an element of the wall.]

A cylinder of height H and radius R is filled with a liquid of density

1.	A cylinder of height H and radius R is filled with a liquid of density p . What is the disrupting stress at a heght h? where is it maximum and where minimum ? [Hint : Disrupting stress is the elastic force per unit length Consider equilibrium of an element of the wall.]
Answer» Correct Answer - `pgR(H-h), F_(max)=pgRH,F_(min)=0`

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A cylinder of height H and radius R is filled with a liquid of density p . What is the disrupting stress at a heght h? where is it maximum and where minimum ? [Hint : Disrupting stress is the elastic force per unit length Consider equilibrium of an element of the wall.]

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