oxidising power of chlorine in aqueous solution can be determined by the parameters indicated below: Calculate the energy involved in the conversion of
$(1)/(2)Cl(2)(g)"to"Cl^(-)(aq)$
Using the data ,
$DeltaH("disso"(Cl(2)))^(@)=240KJmol^(-1),$
$DeltaH("eg"(Cl(2)))^(@)=-349KJmol^(-1),$
$DeltaH("hydroation"(Cl_(2)))^(@)=-381KJmol^(-1),$
A. $+120KJmol^(-1)$
B. $+152KJmol^(-1)$
C. $-610Kjmol^(-1)$
D. $-850KJmol^(-1)$
