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phaced in anpose a body is dipped force on the the as the buoyant fould be zero, i.e, weight ant force in accelerating fluids: supe on it ieration $\vec{a}$. The buoyant force $F$ in thator moving with Here, $g_{\text{en }}=|\vec{g}-ai|$. of Buoyancy of gravity of the displaced fluid is j woryant centre or centre of buoyancy. force is applicd on buoyant centre. iensity of the solid be ${\rho }_s$, density of fild be ${\rho }_{:}$, submersed volume of the sobject be $V_s$ and total volume of the $4b_{0}1$. Then $H=B\Rightarrow {\rho }_{s}g=V_s{\rho }_{1}g\Rightarrow \frac{V_s}{V}=\frac{{\rho }_s}{{\rho }_1}$ torque on the floating object should be zero, i.e., centre yof the object and buoyant centre shouid lie on the same (LHSTRATIDN G.23 a boat containing some piece of material is floating in a pond. What will happen to the level of water in the pond if on nolooding the pieces in the pond, the piece (a) floats (b) sinks?

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Updated on: Feb 8, 2023