$C a s e 1$ : A balloon is fitted to the valve at the bottom of a cylinder which is half filled with water.

$C a s e 2$ : A balloon is fitted to the valve at the bottom of a cylinder which is fully filled with water.

Both the cylinder and valves are identical. In which case will the balloon bulge more out when the valves are opened?

$C a s e 1$

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$C a s e 2$

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Both equally

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Balloon will not bulge

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Solution

The correct option is B
$C a s e 2$

We know that pressure rises inside a liquid with depth.
The cylinder which is fully filled with water exerts more pressure than the cylinder which is half filled on the balloon. So, there will be more bulging out in Case 2.

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Similar questions

Case 1: A balloon is fitted at the bottom of a cylinder which is half filled with water.
Case 2: A balloon is fitted at the bottom of a cylinder which is fully filled with water.
In which case will the balloon bulge more?

Case 1: A ballon is fitted at the bottom of a cylinder which is half filled with water.

Case 2: A ballon is fitted at the bottom of a cylinder which is full filled with water. ; in which case will the ballon bulge more.

$C a s e 1$ : A ballon is fitted at the bottom of a cylinder which is half filled with water.

$C a s e 2$ : A ballon is fitted at the bottom of a cylinder which is full filled with water.

Which case will the ballon bulge more in?

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and temperature

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When valve of an LPG cylinder is opened, which of the following reason allows the gas to flow to the burner?

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The correct option is B Case2 We know that pressure rises inside a liquid with depth. The cylinder which is fully filled with water exerts more pressure than the cylinder which is half filled on the balloon. So, there will be more bulging out in Case 2.

The correct option is B
$C a s e 2$

We know that pressure rises inside a liquid with depth.
The cylinder which is fully filled with water exerts more pressure than the cylinder which is half filled on the balloon. So, there will be more bulging out in Case 2.