yl-2.2 m and y2=0.7m. Assuming ideal fluid and steady state conditions, answer the following systems. With reference to the figure below, consider VI≈ 0. questions. Sluice a) gate Compute 12 b) Assuming a unitary width of the channel, and a hydrostatic distribution of pressure right in front of the gate, compute the force acting on the gate itself (It is fine to estimate the submerged depth of the gate equal to yl-y2). 1 c) Assuming a unitary width of the channel, compute the force acting on the sluice gate using momentum balance principles. d) Compare the values obtained from b) and c), why are they different in your opinion? 1
yl-2.2 m and y2=0.7m. Assuming ideal fluid and steady state conditions, answer the following systems. With reference to the figure below, consider VI≈ 0. questions. Sluice a) gate Compute 12 b) Assuming a unitary width of the channel, and a hydrostatic distribution of pressure right in front of the gate, compute the force acting on the gate itself (It is fine to estimate the submerged depth of the gate equal to yl-y2). 1 c) Assuming a unitary width of the channel, compute the force acting on the sluice gate using momentum balance principles. d) Compare the values obtained from b) and c), why are they different in your opinion? 1
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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![Problem 2
A sluice gate, which controls the flow rate in a channel by simply raising or lowering a vertical
plate, is commonly used in irrigation systems. With reference to the figure below, consider VI≈ 0,
yl-2.2 m and y2=0.7m. Assuming ideal fluid and steady state conditions, answer the following
questions.
Sluice
gate
a)
Compute 12
b)
3/₁1
Assuming a unitary width of the channel, and a
hydrostatic distribution of pressure right in front of the
gate, compute the force acting on the gate itself (It is
fine to estimate the submerged depth of the gate equal
to yl-y2).
J
c) Assuming a unitary width of the channel, compute the force acting on the sluice gate using
momentum balance principles.
1
d) Compare the values obtained from b) and c), why are they different in your opinion?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F716f3f06-34c8-4d63-a2bd-44de3450d172%2Fddfcca8f-f3d1-4135-a489-91cb3a9f9ff7%2F3jdaq9_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Problem 2
A sluice gate, which controls the flow rate in a channel by simply raising or lowering a vertical
plate, is commonly used in irrigation systems. With reference to the figure below, consider VI≈ 0,
yl-2.2 m and y2=0.7m. Assuming ideal fluid and steady state conditions, answer the following
questions.
Sluice
gate
a)
Compute 12
b)
3/₁1
Assuming a unitary width of the channel, and a
hydrostatic distribution of pressure right in front of the
gate, compute the force acting on the gate itself (It is
fine to estimate the submerged depth of the gate equal
to yl-y2).
J
c) Assuming a unitary width of the channel, compute the force acting on the sluice gate using
momentum balance principles.
1
d) Compare the values obtained from b) and c), why are they different in your opinion?
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