The total number of $C - C$ sigma bond/s in mesityl oxide $(C_{6} H_{10} O)$ is

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Solution

Sigma Bonds:
Atomic orbitals along the inter-nuclear axis must overlap head-on and positively (same phase) in order to produce this kind of covalent connection.
Because the participating orbitals directly overlap, sigma bonds are the strongest covalent bonds.
The term "electrons" is used to describe the electrons involved in a bond.
Mesityl Oxide:
Mesityl oxide is a common name of $4 - Methyl pent - 3 - en - 2 - one$ .
The structure of Mesityl oxide is:
Total $5$ $C - C$ sigma bonds are formed.

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The total number of C–C sigma bond/s in mesityl oxide (C6H10O) is

The total number of $C - C$ sigma bond/s in mesityl oxide $(C_{6} H_{10} O)$ is