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Bond= H-C=410 bond energy, C-C=X bond energy , O=O=500, C=O=740 bond energy, 0-H=460 bond energy. Calculate the C_C bond energy X

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Answer:

To calculate the bond energy \( X \) for the C-C bond given the bond energies provided, we can use the concept of bond energy and the bond dissociation energy.

Given bond energies:

- \( H-C = 410 \) kJ/mol

- \( O=O = 500 \) kJ/mol

- \( C=O = 740 \) kJ/mol

- \( O-H = 460 \) kJ/mol

The bond energy \( X \) for the C-C bond can be determined using the concept that the bond dissociation energy (or bond energy) is the energy required to break a bond in 1 mole of a substance in the gas phase. For a single C-C bond:

\[ C-C = X \]

To find \( X \), we use the following principle: the bond energies of the reactants are subtracted

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