A body of volume 100 c.c. is immersed completely in waer contained in a jar. The weight of water and the jar before immersion of the body was 700g wt. after immersion weight of water and jar will be

A body of volume 100 cc. is immersed completely in water contained in a jar. THE weight of water and jar before immersion of the body was 700 gm. After immersion weight of water and jar will be

A body of volume 100 c.c. is immersed just completely in water contained in a jar. The weight of water and the jar before immersion of the body wass 600 g. After immersion, then weight of the water and jar will be

A body of volume 50 cm^3 is immersed completely in water then the mass of water displaced by the body will be

A solid body of volume 60 cm^3 is immersed completely in water. Calculate the buoyant force.

Solve the following example : A body of volume 100 cm^3 is immersed completely in water. Find the weight of the water displaced by the body. [g = 9.8 m//s^2, rho(water) = 10^3 kg//m^3]

A stone of volume 50 cm^(3) immersed into 80cm^(3) of water in a measuring jar. Then what will be the new reading in measuring jar?

A body of volume V and density d is completely immersed in a liquid of density p. Then the apparent weight of the body will be: