The heat of dissociation of H_(20 is 435kJ mol^(-1). If C_((s)) rarr C_((g)), DeltaH=720kJ mol^(-1), calculate the bond energy per mole of the C-H bond in CH_(4) molecule . (DeltaH_(f) fo r CH_(4)=-75kJ mol^(-1))

The heat of dissociation of H_(20 is 435kJ mol^(-1). If C_((s)) rarr C

1.	The heat of dissociation of H_(20 is 435kJ mol^(-1). If C_((s)) rarr C_((g)), DeltaH=720kJ mol^(-1), calculate the bond energy per mole of the C-H bond in CH_(4) molecule . (DeltaH_(f) fo r CH_(4)=-75kJ mol^(-1))
Answer» ANSWER :`416.25kJ MOL^(-1);`