Mechanical Engineering - Hydraulics and Fluid Mechanics - Discussion

47. 

The centre of buoyancy is the centre of area of the immersed body.

[A]. Correct
[B]. Incorrect

Answer: Option A

Explanation:

No answer description available for this question.

Vipul said: (Aug 7, 2014)  
If the immersed body is made in two parts having different densities, then how can it possible?.

Ashutosh said: (Jul 19, 2016)  
Possible only for completely submerged body and of uniform density.

Akash said: (Sep 1, 2016)  
Incorrect.

The centre of buoyancy is centre of displaced volume of liquid.

Y.C.Gola said: (Nov 28, 2016)  
Incorrect is the correct answer for this question.

Nisad said: (Jun 13, 2017)  
Answer should be incorrect.

Please explain it in clear.

Mehul said: (Sep 24, 2017)  
Incorrect.

Because buoyancy is not a center of the area but CG is the centre of the area.

Subhasis Roy said: (Oct 12, 2017)  
INCORRECT.

Because It should only be center of submerged area of rectangle & Circular. NOT FOR ALL.

Buoyancy is not a center of the area but CG of the submerged area.

Manoj Kumar said: (Dec 16, 2017)  
The Right answer is B.

Rahulda said: (Feb 25, 2018)  
Center of gravity of the displaced volume should be the answer.

Vikash said: (Jul 21, 2018)  
Incorrect is right answer because it is submerged body.

Aniruddh said: (Sep 6, 2018)  
B should be the answer as centre of buoyancy is the centre of displaced liquid.

Vinay said: (Oct 26, 2018)  
Incorrect is the correct answer because the centre of bouncy is the centre of displaced water by the body.

Salahuddin said: (Mar 27, 2019)  
A is the correct answer. Here, It's an immersed body. For an immersed body, COB is the centre of the area of the body itself.

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