A solid sphere weights 10N in air, 6N in Water and 8N in a liquid. The specific gravity of the liquid is (A) 0.5 (B) 0.25 ) (C) 1 (D) 0.8

A sample of metal weights 210g in air, 180g in water and 120g in 0°C liquid then, specific gravity of

A solid weighs 3N in air 2.5N in water and 2.6 N in a liquid . Calculate the relative density of solid.

A body weight 5 N in air and 2 N when immersed in a liquid. The buoyant force is

A block weight 15 N in air and 12 N when immersed in water find the specific gravity gravity of block.

A body weight 20 N in water and 30 N in a liquid. The actual weight of the body is 40 N, then find the specific gravity of the liquid.

A matallic block weighs 15N in air. It weights 12N when immersed in water and 13 N when immersed in another liquid. What is the specific gravity of the liquid?

A brass sphere weighs 100 gm. Wt in air. It is suspended by a thread in a liquid of specific gravity =0.8 . If the specific energy gravity of brass is 8, the tension in the thread in newtons is

A body weight 16 N in a liquid whose specific gravity is 6. Find the weight of the body in water if it weight 40 N in air.