The normal boiling point of a liquid 'A' is 350K. DeltaH_("vap") at normal boiling point is 35 kJ/mole. Pick out the correct statement(s). (Assume DeltaH_("vap") to be independent of pressure)

The normal boiling point of a liquid 'A' is 350K. DeltaH_("vap") at no

1.	The normal boiling point of a liquid 'A' is 350K. DeltaH_("vap") at normal boiling point is 35 kJ/mole. Pick out the correct statement(s). (Assume DeltaH_("vap") to be independent of pressure)
Answer» `Delta S_("VAPORISATION") gt 100 J//K` mole at 350K and 0.5atm `Delta S_("vaporisation") lt 100 J//K` mole at 350K and 0.5 atm `Delta S_("vaporisation") lt 100 J//K` mole at 350K and 2 atm `Delta S_("vaporisation") = 100 J//K` mole at 350K and 2 atm SOLUTION :`Delta S = (Delta H)/(BP) = (35 xx 1000)/(350) = 100J//K` mole at 1 atm if `P DARR Delta S uarr`