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Identify the bond with the highest bond energy. identify the bond with the highest bond energy. c=c si=o c=n n=n o=o

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Ans- bond with the highest bond energy is for ( C=C \rightarrow 620 (kJ/mol) N=N \rightarrow 418 (kJ/mol) Si=O \rightarrow 452 (kJ/mol) O=O \rightarrow 498.7 (kJ/mol) C=N \rightarrow 615 (kJ/mol) C=C \rightarrow 620 (kJ/mol)

Answer:

The bond with the highest bond energy is C=C bond, with the energy of 620 kJ/mol.

Explanation:

Bond energy can be defined as the bond strength of the chemical bond.

The bond energy can be associated with the electronegativity of the atoms. The more electronegative atom, the more will be the bond energies.

The bond energies of the same bonded atoms are higher than the bond with two different atoms.

The bond energy of C=C : 620 kJ/mol

Si=O : 452 kJ/mol

C=N : 615 kJ/mol

N=N :  418 kJ/mol

O=O : 498 kJ/mol

The C=C bond has the highest bond energy.

For more information, refer the link:

https://brainly.com/question/24857760?referrer=searchResults

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