A semicircular, hinged gate separates two fluids on either side of a partition. Part (a) of the figure shows the geometry of the gate, and part (b) of the figure shows the whole system in side view. The radius of the gate (4 m) is equal to the height of the fluid on the right side of the gate (fluid 2), and the specific weight ratio of the fluids is γ2/γ1 = 1.5. At what height, h, will thegate just start to open? 4. A semicircular, hinged gate separates two fluids on either side of a partition. Part (a) of the figure shows the geometry of thegate, and part (b) of the figure shows the whole system in side view. The radius of the gate (4 m) is equal to the height of thefluid on the right side of the gate (fluid 2), and the specific weight ratio of the fluids is 72/1 = 1.5. At what height, h, will thegate just start to open?PartitionStop4 m4 mY1 hY2(b)Hinge

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Description: A semicircular, hinged gate separates two fluids on either side of a partition. Part (a) of the figure shows the geometry of the gate, and part (b) of the figure shows the whole system in side view. The radius of the gate (4 m) is equal to the height

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Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

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A semicircular, hinged gate separates two fluids on either side of a partition. Part (a) of the figure shows the geometry of the gate, and part (b) of the figure shows the whole system in side view. The radius of the gate (4 m) is equal to the height of the fluid on the right side of the gate (fluid 2), and the specific weight ratio of the fluids is γ2/γ1 = 1.5. At what height, h, will thegate just start to open?

4. A semicircular, hinged gate separates two fluids on either side of a partition. Part (a) of the figure shows the geometry of the
gate, and part (b) of the figure shows the whole system in side view. The radius of the gate (4 m) is equal to the height of the
fluid on the right side of the gate (fluid 2), and the specific weight ratio of the fluids is 72/1 = 1.5. At what height, h, will the
gate just start to open?
Partition
Stop
4 m
4 m
Y1 h
Y2
(b)
Hinge

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