The density `rho` of water of buk modulus B at a depth y then ocean is related to the density at surface `rho_(0)` by the relation

The mean density of sea water is rho , and bulk modulus is B. The change in density of sea water in going from the surface of water to a depth of h is

The mean density of sea water is rho , and bulk modulus is B. The change in density of sea water in going from the surface of water in going from the surface of water to a depth of h is

Estimate the change in the density of water in ocean at a depth of 400 m below the surface. The density of water at the surface =1030kgm^-3 and the bulk modulus of water =2x10^9Nm^-2.

Estimate the change in the density of water in ocean at a depth of 500 m below the surface. The density of water at the surface =1030 kgm^(-3) and the bulk modulus of water =2.2xx10^(9)Nm^(-2)

Estimate the change in the density of water in ocean at a depth fo 500m below the surface. The density of water at the surface = 1030 kgm^(-3) and the bulk modulus of water = 2.2xx10^(9) Nm^(-2)

The density of water at the surface of ocean is rho . If the bulk modulus of water is B , then the density of ocean water at depth, when the pressure is alphap_(0) and p_(0) is the atmospheric pressure is

A small wooden ball of density rho is immersed in water of density sigma to depth h and then released. The height H above the surface of water up to which the ball will jump out of water is

The density of water at the surface of the ocean is rho . If the bulk modulus of water is B then, what is the density of ocean water at a depth, where the pressure is nP_(0) ,( P_(0) is the atmospheric pressure)