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Q.

A narrow pipe with a cross section area ‘A’ and length ‘L’ is half filled with liquid of density ρ and is rotating with a constant angular velocity 'ω’ about vertical axis passing through its open end as shown in figure. A small hole of area ‘a’ (a << A) is made at its closed end at t = 0. The time in which entire liquid will come out of the pipe will be

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a

πA3aω

b

Aaω

c

A2aω

d

πA6aω

answer is A.

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Detailed Solution

Pressure at 1,2 and 3 are P0,P and P0 respectively.Consider an element of width dx located at distance x from axis. This element is in circular motion.P+dPA−PA=dmω2x​⇒dPA=ρAdxω2x​⇒∫P0PdP=ρω2∫rLxdx⇒P−P0=ρ2L2−r2ω2Since, a<
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A narrow pipe with a cross section area ‘A’ and length ‘L’ is half filled with liquid of density ρ and is rotating with a constant angular velocity 'ω’ about vertical axis passing through its open end as shown in figure. A small hole of area ‘a’ (a << A) is made at its closed end at t = 0. The time in which entire liquid will come out of the pipe will be