Why the geometry of carbonyl group is trigonal planar?
Answers
because it's hybridisation is sp2 that's why
Answer:
The three sp2 orbitals on carbonyl carbons are sp2 hybridised, producing overlaps with the orbitals on the oxygen and the two carbon or hydrogen atoms. The geometry of these three bonds is trigonal planar.
Explanation:
Sigma and pi bonds are the two connections that connect the carbon atom and oxygen atom in the carbonyl group. For this reason, the carbon atom in the carbonyl group undergoes sp2 hybridization. As a result, the structure's carbon-to-other-atom bond has a 120° angle. Trigonal planar is how molecules are made. In the carbonyl group, every bone is in the same plane of the carbon atom.
Hence, the carbonyl group has a triangular planar structure.
To know more about sp2 hybridisation, click on the link below:
https://brainly.in/question/8052257
To know about difference between Sigma and pi bonds, click on the link below:
https://brainly.in/question/46421
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