`100mL` of a liquid is contained in an insulated container at a pressure of 1bar. The pressure is steeply increased to `100`bar. The volume of the liquid is decreased by `1mL` at this constant pressure. Find `DeltaH` and `DeltaU`.

100 ml of a liquid is present in an insulated container at a pressure of 1 bar. The pressure is steeply increased to 100 bar. The volume of the liquid is decreased by 1 ml at this constant pressure. Find the values of Delta H and Delta U .

There is 1 mol liquid (molar volume 100 ml ) in an adiabatic container initial, pressure being 1 bar Now the pressure is steeply increased to 100 bar, and the volume decreased by 1 ml under constant pressure of 100 bar. Calculate Delta H and Delta E . [Given 1 "bar"=10^(5)N//m^(2) ]

There is 1 mol liquid (molar volume 100 ml ) in an adiabatic container initial, pressure being 1 bar Now the pressure is steeply increased to 100 bar, and the volume decreased by 1 ml under constant pressure of 100 bar. Calculate Delta H and Delta E . [Given 1 "bar"=10^(5)N//m^(2) ]

1 cf at liquid of molar volume 100 mL is kept in an adiabatic container under a pressure of 1 bar.The pressure is steeply increased to 100 bar.Under this constant pressure of 100 bar, the volume of the liquid decreases by 1 mL.Calculate DeltaU of the process.

A liquid of volume of 100 L and at the external pressure of 10 atm-Lt the liquid is confined inside an adiabatic bath. External pressure of the liquid is suddenly increased to 100 atm and the liquid gets compressed by 1 L against this pressure then find, (i) Work (ii) Delta U (iii) Delta H