A circular gate as shown is supported by a hinge at the top and a force P at the bottom. 2.4 m HINGE 3 m P 35. Compute the hydrostatic force acting in the gate, considering that the liquid is water. a. 270.44 kN b. 298.12 kN 374 45 kN d 245 57 kN
A circular gate as shown is supported by a hinge at the top and a force P at the bottom. 2.4 m HINGE 3 m P 35. Compute the hydrostatic force acting in the gate, considering that the liquid is water. a. 270.44 kN b. 298.12 kN 374 45 kN d 245 57 kN
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
Related questions
Question
![36. Find the distance from the liquid
surface to the point where the hydrostatic
force is acting.
a. 4.04 m
b. 3.90 m
c. 4.26 m
d. 4.14 m
37. Find the force P required to open the
gate.
a. 135.22 kN
b. 148.22 kN
c. 157.24 kN
d. 140.65 kN](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F24136d6a-2ea0-450e-a810-06280feceea1%2F7fd24473-17ac-4d6b-b5ec-67976d7403ed%2Fxa8yuky_processed.jpeg&w=3840&q=75)
Transcribed Image Text:36. Find the distance from the liquid
surface to the point where the hydrostatic
force is acting.
a. 4.04 m
b. 3.90 m
c. 4.26 m
d. 4.14 m
37. Find the force P required to open the
gate.
a. 135.22 kN
b. 148.22 kN
c. 157.24 kN
d. 140.65 kN
![A circular gate as shown is supported by a
hinge at the top and a force P at the
bottom.
2.4 m
HINGE
3 m
P
35. Compute the hydrostatic force acting
in the gate, considering that the liquid is
water.
a. 270.44 kN
b. 298.12 kN
c. 374.45 KN
d. 245.57 kN](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F24136d6a-2ea0-450e-a810-06280feceea1%2F7fd24473-17ac-4d6b-b5ec-67976d7403ed%2F9hoofb9_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A circular gate as shown is supported by a
hinge at the top and a force P at the
bottom.
2.4 m
HINGE
3 m
P
35. Compute the hydrostatic force acting
in the gate, considering that the liquid is
water.
a. 270.44 kN
b. 298.12 kN
c. 374.45 KN
d. 245.57 kN
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