In the * orbital of carbon monoxide (CO), the lobe on the carbon atom is bigger

ID: 981611 • Letter: I

Question

In the * orbital of carbon monoxide (CO), the lobe on the carbon atom is bigger than the lobe on the oxygen atom, but the reverse is true for the orbital. What is the reason for this difference?

a. The atomic p orbitals on oxygen are of higher energy, and therefore they contribute more to the MO.

b. The atomic p orbitals on carbon are of higher energy, and therefore they contribute more to the * MO.

c. The atomic p orbitals on carbon are larger because of the lower electronegativity of carbon, which leads to bigger MO lobes on carbon.

d. The atomic p orbitals on oxygen are smaller because of the higher electronegativity of oxygen, which leads to smaller MO lobes on oxygen.

e. The mixing of p orbitals on carbon and oxygen is better in the MO than in the * MO.

Explanation / Answer

The mixing of p orbitals on carbon and oxygen is better in the MO than in the * MO.

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In the * orbital of carbon monoxide (CO), the lobe on the carbon atom is bigger

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