Describe the linear combination of atomic orbitals (LCAO) below: Selec

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Describe the linear combination of atomic orbitals (LCAO) below: Select the correct answer below: The top one is out-of-phase overlap resulting in a bonding orbital, and the bottom one is in-phase overlap resulting in an antibonding orbital. The top one is out-of-phase overlap resulting in an antibonding orbital, and the bottom one is out-of-phase overlap resulting in a bonding orbital. The top one is in-phase overlap resulting in a bonding orbital, and the bottom one is out-of-phase overlap resulting in an antibonding orbital. The top one is in-phase overlap resulting in an antibonding orbital, and the bottom one is out-of-phase overlap resulting in a bonding orbital.

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Describe the linear combination of atomic orbitals (LCAO) below:

Select the correct answer below: The top one is out-of-phase overlap resulting in a bonding orbital, and the bottom one is in-phase overlap resulting in an antibonding orbital. The top one is out-of-phase overlap resulting in an antibonding orbital, and the bottom one is out-of-phase overlap resulting in a bonding orbital. The top one is in-phase overlap resulting in a bonding orbital, and the bottom one is out-of-phase overlap resulting in an antibonding orbital. The top one is in-phase overlap resulting in an antibonding orbital, and the bottom one is out-of-phase overlap resulting in a bonding orbital.