If `DeltaH_(f)^(@)` of `Icl(g)`, `Cl(g)` and `I(g)` is `17.57`, `121.34` and `106.96 J mol^(-1)` respectively. Then bond dissociation energy of `I-Cl`
If `DeltaH_(f)^(@)` of `Icl(g)`, `Cl(g)` and `I(g)` is `17.57`, `121.34` and `106.96 J mol^(-1)` respectively. Then bond dissociation energy of `I-Cl` bond is
A. `35.15 J mol^(-1)`
B. `106.69 J mol^(-1)`
C. `210.73 J mol^(-1)`
D. `420.9J mol^(-1)`
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Correct Answer - C
Consider the reaction
`Icl to I(g)+Cl(g)`
`DeltaH=DeltaH_(f)(l)+DeltaH_(f)(Cl)-DeltaH_(f)(Icl)`
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