How is the bouyant force related to the density of liquid

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Solution

Buoyancy force isequal to the weight of displaced fluid. So the buoyant force given by a liquid is directly proportional to the density of that liquid.

Buoyant force = density of the liquid * volume of the object inside the liquid * gravitational constant g

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Similar questions

Q. For a cylinder of density

1.5 g c m^{- 3}

, buoyant force is

4 N

inside a liquid of density d. Find the buoyant force for the same inside a liquid of density

3 d

Q. Relation between buoyant force and the volume of an object immersed in liquid is:

Given,

ρ_{l i q}

= Density of liquid

ρ_{o b j}

= Density of object

V_{t o t a l}

= Total volume of object

V_{s u b}

= Submerged volume of the object

Fill in the blank:

The buoyant force exerted by a liquid _______ with the decrease in density of liquid.

For a floating body, how is its weight related to the buoyant force?

A body of mass $10 k g$ and volume $0.5 m^{3}$ is placed in a liquid. What is the density of the liquid when buoyant force is equal to weight of the body? (Take acceleration due to gravity = $10 m / s^{2}$ )

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How is the bouyant force related to the density of liquid

Buoyancy force isequal to the weight of displaced fluid. So the buoyant force given by a liquid is directly proportional to the density of that liquid. Buoyant force = density of the liquid * volume of the object inside the liquid * gravitational constant g

Buoyancy force isequal to the weight of displaced fluid. So the buoyant force given by a liquid is directly proportional to the density of that liquid.

Buoyant force = density of the liquid * volume of the object inside the liquid * gravitational constant g