Civil Engineering - Hydraulics - Discussion
Discussion Forum : Hydraulics - Section 4 (Q.No. 42)
42.
The centre of pressure of a vertical plane immersed in a liquid is at
Discussion:
10 comments Page 1 of 1.
Gajan Rana said:
8 years ago
It's below the controid.
RATHOD said:
8 years ago
And the depth of centre of pressure from the liquid surface,
where
A = Area of immersed surface,
x (bar) = Depth of centre of gravity of the immersed surface from the liquid surface, and
Ig = Moment of inertia of immersed surface about the horizontal axis through its centre of gravity.
where
A = Area of immersed surface,
x (bar) = Depth of centre of gravity of the immersed surface from the liquid surface, and
Ig = Moment of inertia of immersed surface about the horizontal axis through its centre of gravity.
Mona said:
7 years ago
It's below the centroid.
(1)
S guri said:
7 years ago
Below the centroid is for inclined face.
Ankit kumar said:
7 years ago
2/3 the height of the immersed surface.
So, option D is right.
So, option D is right.
Irfan sayyed said:
5 years ago
1/3 height from bottom.
(3)
Nikitha said:
3 years ago
According to me, it must be below the centre of gravity.
(1)
Nikitha said:
3 years ago
Below the centre of gravity
(1)
Rakesh Gupta said:
2 years ago
It's Below the centroid of the vertical plane surface.
(1)
Nasim said:
2 years ago
The Position of centre of pressure is always below the centroid of the vertical plane surface.
(1)
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