When a body of mass .m., density `d_(B)` is suspended from a wire, its elongation is .e. when the body is in air. If the body is completely immersed in a non-viscous liquid of density `d_(l)` when its elongation is

Explanation

`F = W_a = mg , F^1 = W_l = mg (1 - (d_l)/(d_B))` as `e = (Fl)/(AY)`
`e prop F` (as l , A , Y are same in both case )
`(e^1)/( e) = (F^1)/( F) = (mg (1 - (d_l)/(d_B)))/(mg) rArr e^1 = e (1-(d_l)/(d_B))`