How will the magnitude of buoyancy exerted by a liquid change if its v

1.	How will the magnitude of buoyancy exerted by a liquid change if its volume is doubled?
Answer» As the magnitude of buoyant force depends on the density of the liquid therefore if volume increases it will decrease the density and hence there will be no effect on the magnitude of buoyant force as it depends both on density and volume proportionally. B = ρ_fvg B- buoyant force in N ρ_{f -}fluid density in kg/m³ V -displaced body volume of liquid in kg/m³ g = 9.806 m/s² ( standard gravity)

How will the magnitude of buoyancy exerted by a liquid change if its volume is doubled?

Answer»

As the magnitude of buoyant force depends on the density of the liquid therefore if volume increases it will decrease the density and hence there will be no effect on the magnitude of buoyant force as it depends both on density and volume proportionally.

B = ρ_fvg

B- buoyant force in N

ρ_{f -}fluid density in kg/m³

V -displaced body volume of liquid in kg/m³

g = 9.806 m/s² ( standard gravity)

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How will the magnitude of buoyancy exerted by a liquid change if its volume is doubled?

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