Physics, asked by akirakhan668, 9 months ago

I f a stone of mass 250gm is thrown in water. Calculate the buoyant force acting on it. ​

Answers

Answered by MrChauhan96
11

\bf\blue{\underline{\boxed{Question}}}

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If a stone of mass 250gm is thrown in water. Calculate the buoyant force acting on it.

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\bf\blue{\underline{\boxed{Solution}}}

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\small\tt{coverting\:into\:kg\:{\frac{250}{1000}}\:gm=\:0.25\:kg}

\small\tt{Mass\:of\:stone(M)\:=\:0.25\:kg}

\small\tt{The\:byoyant\:force\:is\:given\:by}\\\\{\small\tt\red{\underline{\boxed{F\:=\:mg}}}}

\small\tt{F\:=\:0.25\times9.8}

\small\tt{F\:=\:2.45\:N}

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\small\tt{Thus\:,\red{\underline{\boxed{\:2.45\:N}}}\:of\:equal\:force\:is\:}\\{\small\tt{being\:applied\:on\:the\:store}}

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\bf\blue{\underline{\boxed{Hope\:It\: Help\:You}}}

Answered by shabihulhasanrizviah
0

Explanation:

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