Question

For a given object, the buoyant force in liquids of different.... is............... .
(the same, density, different, area)

Answer 1

(P_{gauge}=\rho gh), (P gauge =ρgh) increases as you go deeper in a fluid, and the force from pressure exerted downward on the top of the can of beans will be less than the force from pressure exerted upward on the bottom of the can.

This is your answer of for a given object the buoyant force in liquids of different

Answer 2

For a given object, the buoyant force in liquids of different density is different.

Explanation:  

• When a substance is immersed in a liquid the amount of buoyant force is directly proportional to the ‘weight of the liquid’ displaced by the solid.  

• The weight is determined by the density of the liquid which forms the medium.

• More the density more is the weight of liquid displaced since density is directly proportional to the weight of a substance.  

• As a result the buoyant force is also more if the density is more. Hence the buoyant force for different liquids with different density is also different.

Learn more about buoyant force

On what factors does the magnitude of an buoyant force experienced by a body in a fluid depend

https://brainly.in/question/2156301

What is buoyant force

https://brainly.in/question/2948304