A horizontal tube OP of length L and of uniform cross-sectional area A is open at end O and has a small hole at the other end P. The tube is filled with a liquid of density p and then rotated about the axis passing through O with an angular velocity w. Find the pres- sure exerted by the liquid at end P at the instant when length L/2 of the liquid is left in the tube.
A horizontal tube OP of length L and of uniform cross-sectional area A is open at end O and has a small hole at the other end P. The tube is filled with a liquid of density p and then rotated about the axis passing through O with an angular velocity w. Find the pres- sure exerted by the liquid at end P at the instant when length L/2 of the liquid is left in the tube.
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![A horizontal tube OP of length L and of uniform
cross-sectional area A is open at end O and has a small
hole at the other end P. The tube is filled with a liquid
of density p and then rotated about the axis passing
through O with an angular velocity o. Find the pres-
sure exerted by the liquid at end P at the instant when
length L/2 of the liquid is left in the tube.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fe846b251-51e4-4621-bcc3-1589f4a171f6%2Fd2d433c4-f029-43f6-963a-b57979a52e7b%2F8qa2b5a_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A horizontal tube OP of length L and of uniform
cross-sectional area A is open at end O and has a small
hole at the other end P. The tube is filled with a liquid
of density p and then rotated about the axis passing
through O with an angular velocity o. Find the pres-
sure exerted by the liquid at end P at the instant when
length L/2 of the liquid is left in the tube.
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