Stem of Q. 9 and 10 Figure shows inverted T shaped fixed pipe. Liquid is released from rest from position shown. Liquid is non viscous. Q.9 Area = A Q.10 H Area = 2A H H ទ Area = A Velocity of fluid in vertical part of the tube, when level of liquid in it becomes value of p is equal to HA will be √gH.1 . The Acceleration of fluid particles in vertical tube just after releasing the fluid will be, where q is equal to 9

Stem of Q. 9 and 10 Figure shows inverted T shaped fixed pipe. Liquid is released from rest from position shown. Liquid is non viscous. Q.9 Area = A Q.10 H Area = 2A H H ទ Area = A Velocity of fluid in vertical part of the tube, when level of liquid in it becomes value of p is equal to HA will be √gH.1 . The Acceleration of fluid particles in vertical tube just after releasing the fluid will be, where q is equal to 9

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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Question

Stem of Q. 9 and 10
Figure shows inverted T shaped fixed pipe. Liquid is released from rest from position shown. Liquid is non
viscous.
Q.9
Area = A
Q.10
H
Area = 2A
H
I
Area = A
Velocity of fluid in vertical part of the tube, when level of liquid in it becomes
value of p is equal to
I|N
2
Acceleration of fluid particles in vertical tube just after releasing the fluid will be
q
√gH
will be
gH
H. The
where q is equal to ___

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Please give correct answer Subject is fluid mechanics