Determine an expression for the upward thrust acting on a solid body immersed in a liquid.

With increase in temperature, the upthrust acting on a body immersed in a liquid

What is apparent weight of a body immersed in a liquid?

Does buoyancy depend on the depth up to which a body is completely immersed in a liquid?

Due to the upthrust of a liquid, the weight of a body immersed in that liquid decreases or increase?

Why does not the equilibrium constant expression for a reaction involving pure solids or liquid contain the concentrations terms of the solid or liquids?

If a body remains floating on a liquid, then what fraction of its volume remains immersed in the liquid? Or, Prove that the immersed part of a body floating in a liquid is directly proportional to the density of the body.

Due to the upthrust of a liquid, a body immersed in the liquid suffers an apparent _____ in weight. [Fill in the blank]

A body weighs 100gxxgand40gxxg in air and water respectively. Calculate the weight of the body when immersed in a liquid of specific gravity 0.8.

The weights of a body in air and water are W and W' respectively. Prove that the apparent weight of the body when immersed in a liquid of density delta will be W''=W-(W-W')delta .

What do you mean by the apparent weight of a body immersed in a liquid? State whether it is more or less than the real weight.