When `1g` of water at `0^(@)C` and `1 xx 10^(4)Nm^(-2)` pressure is converted into ice of volume `1.091 cm^(3)`, find the work done by water? `(rho_(w) = 1 gm//cm^(3))`

When 1g of water at 0^@C and 1xx10^5(N)/(m^2) pressure is converted into ice of volume 1.091cm^3 . The external work done will e

When 1g of water at 0^@C and 1xx10^5(N)/(m^2) pressure is converted into ice of volume 1.091cm^3 . The external work done will e

1 "cm"^3 of water at 1 atm pressure is converted into steam, volume of steam becomes 1671 "cm"^3 hence increase in internal energy will be ____

Bulk modulus of water is 2 xx 10^9 N m^-2 , The pressure required to increase the volume of water by 0.1% in Nm^-2 is

A Carnot refrigerator absorbs heat from water at 0^(@)C and gives it to room at 27^(@)C , when it converts 2 kg of water at 0^(@)C into ice at 0^(@)C , the work done is (latent heat of fusions of ice= (333xx10^(3) Jkg^(-1))

1g of water at 100^(@)C is converted into steam at the same temperature. If the volume of steam is 1671 cm^(3) , find the change in the internal energy of the system. Latent of steam =2256 Jg^(-1) . Given 1 atmospheric pressure = 1.013xx10^(5) Nm^(-2)

The dissociation of water at 25^@C is 1.9xx 10^(-7) percent and the density of water is 1 gm /cm_3 the ionisation constant of water is :

The dissoctiation of water of 25^(@)C is 1.9 xx 10^(-7)% and the density of water is 1g//cm^(3) the ionisation constant of water is

The dissoctiation of water of 25^(@)C is 1.9 xx 10^(-7)% and the density of water is 1g//cm^(3) the ionisation constant of water is