Calculate the enthalpy change for the given reaction from data provided (kJ/mole) {:(HA(g),+,B(g),rarr,AHB(s)),("(weak acid)",,"(weak acid)",,"(Salt)"):} DeltaH_("neutralization") {HA(aq) ["at infinite dilution"]//B(aq)["at infinite dilution"]}=-40" kJ/mole" {:(DeltaH_("solution")[HA(g)],=-10" kJ/mole",{"at infinite dilution"}),(DeltaH_("solution")[B(g)],=-5" kJ/mole",{"at infinite dilution"}),(DeltaH_("solution")[HAB(s)],=+8" kJ/mole",{"at infinite dilution"}):}

Calculate the enthalpy change for the given reaction from data provide

1.	Calculate the enthalpy change for the given reaction from data provided (kJ/mole) {:(HA(g),+,B(g),rarr,AHB(s)),("(weak acid)",,"(weak acid)",,"(Salt)"):} DeltaH_("neutralization") {HA(aq) ["at infinite dilution"]//B(aq)["at infinite dilution"]}=-40" kJ/mole" {:(DeltaH_("solution")[HA(g)],=-10" kJ/mole",{"at infinite dilution"}),(DeltaH_("solution")[B(g)],=-5" kJ/mole",{"at infinite dilution"}),(DeltaH_("solution")[HAB(s)],=+8" kJ/mole",{"at infinite dilution"}):}
Answer» `-36` `-63` `-45` `-37` Solution :`{:(""HA(g),+,""B(g),overset(DeltaH)(RARR),""AHB(s)),(+nH_(2)O darrDeltaH_(1),,+nH_(2)O darr DeltaH_(2),,+nH_(2)O darr DeltaH_(4)),(""HA(aq),+,""B(aq),overset(DeltaH_(3))(rarr)," "A^(-) (aq)+B^(+)(aq)):}` `DeltaH=DeltaH_(1)+DeltaH_(2)+DeltaH_(3)-DeltaH_(4)` `=-10-5-8-40=-63" kJ/mole"`