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(C) In structure $(i)$,which is $1,3$-dimethylbenzene,there are two methyl groups attached to the benzene ring. Each methyl group is attached to an $s

Vedclass · Accepted Answer

$10$

Vedclass · Answer

(C) In structure $(i)$,which is $1,3$-dimethylbenzene,there are two methyl groups attached to the benzene ring. Each methyl group is attached to an $sp^2$ hybridized carbon of the ring,making the carbon of the methyl group an $\alpha$-carbon. Each methyl group has $3$ $\alpha$-hydrogens. Thus,total $\alpha$-hydrogens $= 3 + 3 = 6$.In structure $(ii)$,which is $1,3$-diethylbenzene,there are two ethyl groups attached to the benzene ring. The carbon of the ethyl group directly attached to the benzene ring is the $\alpha$-carbon. Each $\alpha$-carbon in an ethyl group has $2$ $\alpha$-hydrogens. Thus,total $\alpha$-hydrogens $= 2 + 2 = 4$.The sum of $\alpha$-hydrogens $= 6 + 4 = 10$.

Calculate the sum of $\alpha$-hydrogen atoms in the given structures $(i)$ and $(ii)$:
$(i)$ $1,3$-dimethylbenzene
(ii) $1,3$-diethylbenzene
Sum $= (i) + (ii) = ?$

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Calculate the sum of $\alpha$-hydrogen atoms in the given structures $(i)$ and $(ii)$:$(i)$ $1,3$-dimethylbenzene(ii) $1,3$-diethylbenzeneSum $= (i) + (ii) = ?$