Question

question 7 · 1 point
the unhybridized p orbital of the carbon in a carbonyl group interacts with the p orbital in oxygen forming what type of bond?
select the correct answer below:
both σ and π
σ
π
none of the above

Explanation:

In a carbonyl group (\(C = O\)), the carbon is \(sp^{2}\) hybridized. The \(sp^{2}\) hybrid orbitals form \(\sigma\) bonds (one with oxygen and two with other atoms). The unhybridized \(p\) orbital of carbon and a \(p\) orbital of oxygen overlap sideways to form a \(\pi\) bond. So the unhybridized \(p\) orbital interaction forms a \(\pi\) bond.

Answer:

C. π