A scientist studies the bond energies of different compounds containing nitrogen (N). The scientist observes that the N–N bonds in one group of compounds have a bond energy of 209 kJ/mol, while the N–N bonds in another group of compounds have a bond energy of 418 kJ/mol. In one or two sentences, postulate a reason for this difference

Respuesta :

The first case has N-N single bond has the second case has N-N double bond.

What is bond energy?

The term bond energy is referred to as the energy that is released when a bond is formed it is equal to the energy that is required to break the bond.

In the first case, the N-N bond has an energy of about 209 kJ/mol indicating that it must be a single bond. The second case has a bond energy of 418 kJ/mol indicating that it is an N-N double bond.

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