Mechanical Engineering - Hydraulics and Fluid Mechanics - Discussion
Discussion Forum : Hydraulics and Fluid Mechanics - Section 1 (Q.No. 47)
47.
The centre of buoyancy is the centre of area of the immersed body.
Discussion:
15 comments Page 1 of 2.
Vipul said:
1 decade ago
If the immersed body is made in two parts having different densities, then how can it possible?.
Ashutosh said:
9 years ago
Possible only for completely submerged body and of uniform density.
Akash said:
9 years ago
Incorrect.
The centre of buoyancy is centre of displaced volume of liquid.
The centre of buoyancy is centre of displaced volume of liquid.
Y.C.GOLA said:
9 years ago
Incorrect is the correct answer for this question.
Nisad said:
8 years ago
Answer should be incorrect.
Please explain it in clear.
Please explain it in clear.
Mehul said:
8 years ago
Incorrect.
Because buoyancy is not a center of the area but CG is the centre of the area.
Because buoyancy is not a center of the area but CG is the centre of the area.
Subhasis Roy said:
8 years ago
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.
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:
8 years ago
The Right answer is B.
RahulDa said:
8 years ago
Center of gravity of the displaced volume should be the answer.
Vikash said:
7 years ago
Incorrect is right answer because it is submerged body.
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