Cross-section of an object (having same section normal to the paper) submerged into a fluid consists of a square of sides 2 m and triangle as shown in the figure. The object is hinged at point P that is 1 m below the fluid free surface. If the object is to be kept in the position as shown in the figure the value of x should be
Cross-section of an object (having same section normal to the paper) submerged into a fluid consists of a square of sides 2 m and triangle as shown in the figure. The object is hinged at point P that is 1 m below the fluid free surface. If the object is to be kept in the position as shown in the figure the value of x should be
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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![Cross-section of an object (having same section
normal to the paper) submerged into a fluid
consists of a square of sides 2 m and triangle as
shown in the figure. The object is hinged at point
P that is 1 m below the fluid free surface. If the
object is to be kept in the position as shown in
the figure, the value of x should be
2m
2m-
RY
X
4 4
+=
1m](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F6067fca6-2adf-4881-8ce2-36bb6380c29c%2F734473ac-847a-4468-83a4-b8f356c723ce%2F1y5hk5e_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Cross-section of an object (having same section
normal to the paper) submerged into a fluid
consists of a square of sides 2 m and triangle as
shown in the figure. The object is hinged at point
P that is 1 m below the fluid free surface. If the
object is to be kept in the position as shown in
the figure, the value of x should be
2m
2m-
RY
X
4 4
+=
1m
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