As we know that liquid water has higher density at 40C temperature and as temper

Question

As we know that liquid water has higher density at 40C temperature and as temperature decreases, its density also decreases. Density depends also on the temperature. In case of water the molecules are bonded with less strength as compared to ice where molecules are bonded tightly. the forces acting on the object: Fb = buoyant force = weight of displaced fluid Fg = weight of object For the object to float Fb ? Fg That is the correct force condition. explain how the force condition results in the density condition? That is, if Fb > Fg, how do we know that the density of the fluid is larger than the density of the object

Explanation / Answer

force = weight = mass x g = volume x density x g , hence force is directly related to density

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