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Bond Strength ---> lowest to highest C-C<C=C<C(triple)C
Bond dissociation energy ---> lowest to highest C-C <C=C< C(triple)C
So bond strength increases as the distance betwen the atom decreases,so there is a inverse proportion? 😕
The energy required to break a triple bond is higher than the energy req for single, so the bond strength is directly proportional to the bond dissociation energy.
Can anyone explain the criteria for bond energy & alkane is more stable than alkene and alkyne. I'm not talking about the bond strength, but the stability of the overal molecule. This is all soo confusing!!
Bond dissociation energy ---> lowest to highest C-C <C=C< C(triple)C
So bond strength increases as the distance betwen the atom decreases,so there is a inverse proportion? 😕
The energy required to break a triple bond is higher than the energy req for single, so the bond strength is directly proportional to the bond dissociation energy.
Can anyone explain the criteria for bond energy & alkane is more stable than alkene and alkyne. I'm not talking about the bond strength, but the stability of the overal molecule. This is all soo confusing!!