An object of volume V is immersed in a liquid of density P. Calculate the magnitude of buoyant force acting on the object due to liquid. Mention the direction of buoyant force.
Answers
Answered by
55
buoyant force ( F )= Submerged part of body x density of liquid x acceleration due to gravity
Here, F = V x P x g
Answer : buoyant force acts vertically upwards on the object and buoyant force = VPg
hope this helps you!!
Here, F = V x P x g
Answer : buoyant force acts vertically upwards on the object and buoyant force = VPg
hope this helps you!!
Answered by
18
buoyant force = volume of body × density of fluid × acceleration due to gravity
=> VPg
the direction of buoyant force is in upward direction in perpendicular to object
=> VPg
the direction of buoyant force is in upward direction in perpendicular to object
Similar questions