A block weight `15 N` in air. It weighs `12 N` when immersed in water. When immersed in another liquid it weighs `13 N.` Calculate the relative density (specific gravity) of (i) the block and (ii) the other liquid.

A certain block weighs 15 N in air. But is weighs only 12 N when completely immersed in water. When immersed completely in another liquid, it weighs 13 N. Calculate the relative density of (i) the block and (ii) the liquid.

A certain block weighs 15 N in air. But is weighs only 12 N when completely immersed in water. When immersed completely in another liquid, it weighs 13 N. Calculate the relative density of (i) the block and (ii) the liquid.

A certain block weighs 15N in air. But it weighs only 12N when completely immersed in water. When immersed in another liquid, it weighs 13N. Calculate the relative density of (1) the block and (ii) the liquid.

A certain block weights 22 N in air . It weights 17 N when immersed in water. When immersed in another liquid it weights 18 N . Density of other liquid is 800 "kg m"^(-3) . Calculate the relative density of the block .

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 block weights 15 N and 12 N in air and water respectively . When it is immeresed in another liquid, it weights 13 N then find the relative density of ice is block.