The orbital which overlaps to the corresponding bonding, antibonding, and nonbonding are to be determined. Concept introduction: If two atomic orbitals such as an s orbital and p orbital interact, then the additive interaction generates a bonding orbital while the subtractive interaction generates antibonding orbital. No interaction generates a nonbonding orbital. Electrostatic potential maps give an exaggerated picture of the charge distribution when the entire palette of colors is used to show the charge distribution. Red region shows a greater negative charge while the blue region shows a greater positive charge.

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Chapter 2, Problem 27P

Interpretation Introduction

Interpretation:

The orbital which overlaps to the corresponding bonding, antibonding, and nonbonding are to be determined.

Concept introduction:

If two atomic orbitals such as an s orbital and p orbital interact, then the additive interaction generates a bonding orbital while the subtractive interaction generates antibonding orbital. No interaction generates a nonbonding orbital.

Electrostatic potential maps give an exaggerated picture of the charge distribution when the entire palette of colors is used to show the charge distribution. Red region shows a greater negative charge while the blue region shows a greater positive charge.

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