It is an observed fact that an empty tuna-fish can (height-to-diameter ratio less than 1.0) will float stably in water,

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It is an observed fact that an empty tuna-fish can (height-to-diameter ratio less than 1.0) will float stably in water,

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It Is An Observed Fact That An Empty Tuna Fish Can Height To Diameter Ratio Less Than 1 0 Will Float Stably In Water 1
It Is An Observed Fact That An Empty Tuna Fish Can Height To Diameter Ratio Less Than 1 0 Will Float Stably In Water 1 (25.01 KiB) Viewed 63 times
It is an observed fact that an empty tuna-fish can (height-to-diameter ratio less than 1.0) will float stably in water, whereas an empty tall soup can (height-to-diameter ratio much greater than 1.0) will tip over, take on water, and sink. Why does this happen? سمہ Hint: A body is said to be in a stable equilibrium position if, when displaced, it returns to its equilibrium position. Conversely, it is in an unstable equilibrium position if, when displaced (even slightly), it moves to a new equilibrium position.
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