Standard enthalpy of vapourisation `DeltaH^(@)` forwater is `40.66 KJ mol^(-1)`.The internal energy of vapourisation of water for its 2 mol will be :-

Standard enthalpy of vapourisation Delta_("vap")H^(-) for water at 100^@C is 40.66 kJ mol^(-1) . The internal energy of vapourisation of water at 100^@C (in kJ mol^(-1) ) is (Assume water vapour to behave like an ideal gas).

Standard enthaply of vaporisation Delta_(vap)H^(theta) for water at 100^(@)C is 40.66 kJ mol^(-1) . The internal energy of vapourisation of water at 100^(@)C (in kJ mol^(-1) ) is :

Standard enthalpy of vapourisation Delta_(vap) H^- for water at 100° C is 50.66 kJmol^(–1) . The internal energy of vapourisation of water at 100°C (in kJmol^(–1) ) is ?

Standard enthalpy of vapourisation Delta_(vap) H^- for water at 100° C is 44.66 kJmol^(–1) . The internal energy of vapourisation of water at 100°C (in kJmol^(–1) ) is ?

Standard enthalpy of vapourisation Delta_(vap) H^- for water at 100° C is 56.66 kJmol^(–1) . The internal energy of vapourisation of water at 100°C (in kJmol^(–1) ) is ?

DeltaH (vap) for water is 40.7 kJ mol^(-1) . The entropy of vapourisation of water is

Standard enthalpy of vaporisation, Delta_(vap)H^theta for water at 100^@C Is 40.66 kJ mol^-1 . The internal energy of vaporisation of water at 100^@C (in kJ mol^-1 )is (Assume water vapour to behave like an ideal gas).