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Density of a liquid varies with depth as =. A small ball of de

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Density of a liquid varies with depth as \displaystyle\rho=\alphah. A small ball of density $ρ_{0}$ is released from the free surface of the liquid. Then

the ball will execute SHM of amplitude

\frac{ρ _{0}}{α}

the mean position of the ball will be at a depth

\frac{ρ _{0}}{2 α}

the ball will sink to a maximum depth of

\frac{ρ _{0}}{α}

The ball sink to a maximum depth of

\frac{ρ _{0}}{α}

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Density of a liquid varies with depth as \displaystyle\rho=\alphah. A small ball of density

ρ_{0}

is released from the free surface of the liquid. Then

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Question Text

Density of a liquid varies with depth as \displaystyle\rho=\alphah. A small ball of density

ρ_{0}

is released from the free surface of the liquid. Then

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