Bond dissociation energies are defined as the energy per bond required to break apart 1 mole of a gas-phase molecule into its atoms in the gas phase. These values for bonds between different atoms are listed in tables and represents average energies of bonds over many different molecules. For example the actual strength of a nitrogen-oxygen bond will vary slightly from one molecule to another. Consider NO⁺, NO₃^-, HNO. Order these three molecules in terms of increasing NO bond strength (bond energy). Show work to support your answer and explain your reasoning.

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The Answer of Bond dissociation energies are defined as the energy per bond required to break apart 1 mole of a gas-phase molecule into its atoms in the gas phase. These values for bonds between different atoms are listed in tables and represents average energies of bonds over many different molecules. For example the actual strength of a nitrogen-oxygen bond will vary slightly from one molecule to another. Consider NO⁺, NO₃^-, HNO. Order these three molecules in terms of increasing NO bond strength (bond energy). Show work to support your answer and explain your reasoning.

Bond Dissociation Energies Are Defined as the Energy Per Bond