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Standard XII

Physics

Equation of Continuity

Water enters ...

Question

Water enters through an end A with speed $v_{1}$ and leaves through end B with speed of $v_{2}$ of a cylindrical tube AB. The tube is always filled completely with water. In case $I$ tube is horizontal, in case $I I$ it is vertical with end A upwards and in case $I I I$ it is vertical with end B upwards. We have $v_{1} = v_{2}$ for

Case

I

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Case

I I

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Case

I I I

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Each case

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Solution

The correct option is D Each case
This happens in accordance with equation of continuity and this equation was derived on the principle of conservation of mass and it is true in every case, either tube remain horizontal or vertical.
So, option (d) is correct.

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of a cylindrical tube AB. The tube is always completely filled with water. In case I tube is horizontal and in case II it is vertical with end A upwards and in case III it is vertical with end B upwards. We have

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Water enters through end A with speed $v_{1}$ and leaves through end B with speed $v_{2}$ of a cylindrical tube AB. The tube is always completely filled with water. In case I tube is horizontal and in case II it is vertical with end A upwards and in case III it is vertical with end B upwards. We have $v_{1}$ = $v_{2}$ for

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Equation of Continuity

Standard XII Physics

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The correct option is D Each caseThis happens in accordance with equation of continuity and this equation was derived on the principle of conservation of mass and it is true in every case, either tube remain horizontal or vertical. So, option (d) is correct.

The correct option is D Each case
This happens in accordance with equation of continuity and this equation was derived on the principle of conservation of mass and it is true in every case, either tube remain horizontal or vertical.
So, option (d) is correct.