What is the relation between true weight , apparent weight and the loss in weight of a body immersed in fluid ? give some example practical application of archimedes principal.<br /><br /><br />
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True weight is the exact weight of a body which is sum of the mass and gravitational force acting on it.
Apparent weight is the weight of the body when it is immersed in a fluid so it fells a buoyant force which makes it's weight lesser than True weight.
loss in weight is the amount of weight loss by a body when it's immersed in water which is equal to the amount of water displaced by it.
examples based on Archimedes principle are
1 when a man is swimming in a sea then it feels some buoyant force acting on it that makes him float very easily
2 heavy ice bergs floats on water because it's density is lesser than water.
Apparent weight is the weight of the body when it is immersed in a fluid so it fells a buoyant force which makes it's weight lesser than True weight.
loss in weight is the amount of weight loss by a body when it's immersed in water which is equal to the amount of water displaced by it.
examples based on Archimedes principle are
1 when a man is swimming in a sea then it feels some buoyant force acting on it that makes him float very easily
2 heavy ice bergs floats on water because it's density is lesser than water.
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