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lock is 10 Nt. The area of the contact surface between the bilock and fluid is 10 m². (27) Nt 1mm 30 O find the velocity of the block if the fluid is an ideal fluid ) find the velocity of the block if dynamic viscosity of the Fluid between the block and inclined surface in the figure is 0.2 Ntsm?.

lock is 10 Nt. The area of the contact surface between the bilock and fluid is 10 m². (27) Nt 1mm 30 O find the velocity of the block if the fluid is an ideal fluid ) find the velocity of the block if dynamic viscosity of the Fluid between the block and inclined surface in the figure is 0.2 Ntsm?.

Structural Analysis
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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A block in the following figure is pulled up with a Force 27 Nt. The weight of the block is 10 Nt. The area of the contact surface between the block and fluid is 10 cm?. (27) Nt 1mm 30 a) find the velocity of the block if the fluid is an ideal fluid b) find the velocity of the block if dynamic viscosity of the Fluid between the block and inclined surface in the figure is 0.2 Nt.sm?.
Transcribed Image Text:A block in the following figure is pulled up with a Force 27 Nt. The weight of the block is 10 Nt. The area of the contact surface between the block and fluid is 10 cm?. (27) Nt 1mm 30 a) find the velocity of the block if the fluid is an ideal fluid b) find the velocity of the block if dynamic viscosity of the Fluid between the block and inclined surface in the figure is 0.2 Nt.sm?.
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