if two objects of same size but of different densities are displaced in same liquid , then which object would - Science - Gravitation

Question

if two objects of same size but of different densities are
displaced in same liquid , then which object would face more
buoyant force confusion (if both than as much i known buoyant force
is the net effect)

Riya Gupta · Accepted Answer

Dear student, 1 )The formula to find the buoyant force in terms of
pressure is = Fbâ€‹ = PA (where
Fbâ€‹ = buoyant force, P = Pressure and A =Area)
2 ) The formula to find the buoyant force in terms of volume,height
and area = Fbâ€‹ = gpV = pghA
â€‹ (where Fb = buoyant force, p = density of the
fluid, V= volume of the immersed part of the body in the fluid, h =
height of the immersed part and A = Area) Since buoyant force is
independent of densities of the objects so the buoyant force will
be same Thanks and regards

if two objects of same size but of different densities are displaced in same liquid , then which object would face more buoyant force . confusion (if both than as much i known buoyant force is the net effect)