In the given compound,the number of 2^{circ} | vedclass

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(B) $2^{\circ}$ carbon atom is a carbon atom that is directly bonded to two other carbon atoms.In the given structure:$CH_3-C(CH_3)(H)-CH(H)-C(CH_3)(H

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(B) $2^{\circ}$ carbon atom is a carbon atom that is directly bonded to two other carbon atoms.In the given structure:$CH_3-C(CH_3)(H)-CH(H)-C(CH_3)(H)-CH_3$Let us analyze the central chain:- The first $C$ (from left) is $3^{\circ}$ as it is bonded to three carbons.- The middle $CH$ group is bonded to two carbon atoms (one on the left and one on the right),so it is a $2^{\circ}$ carbon.- The third $C$ is $3^{\circ}$ as it is bonded to three carbons.Therefore,there is only one $2^{\circ}$ carbon atom present in the compound.

In the given compound,the number of $2^{\circ}$ carbon atom/s is. . . . . .
$CH_3-C(CH_3)(H)-CH(H)-C(CH_3)(H)-CH_3$

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In the given compound,the number of $2^{\circ}$ carbon atom/s is. . . . . . $CH_3-C(CH_3)(H)-CH(H)-C(CH_3)(H)-CH_3$