Homolytic fission of C-C bond in ethane gives | vedclass

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(B) The homolytic fission of the $C-C$ bond in ethane $(CH_3-CH_3)$ results in the formation of two methyl free radicals $(CH_3^{\bullet})$.$CH_3-CH_3

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$sp^2$ hybridised

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(B) The homolytic fission of the $C-C$ bond in ethane $(CH_3-CH_3)$ results in the formation of two methyl free radicals $(CH_3^{\bullet})$.$CH_3-CH_3 \xrightarrow{	ext{Homolytic fission}} 2CH_3^{\bullet}$In the methyl free radical,the central carbon atom is bonded to three hydrogen atoms and possesses one unpaired electron in an unhybridized $p$-orbital.Therefore,the carbon atom is $sp^2$-hybridized with a trigonal planar geometry.

Label	Carbocation
$1$	$CH_3-CH^+-CH_3$
$2$	$CH_3^+$
$3$	$(CH_3)_3C^+$
$4$	$CH_3-CH_2^+$

Homolytic fission of $C-C$ bond in ethane gives an intermediate in which carbon is

Similar Questions

The most stable carbocation among the following is:

The orbital picture of a singlet carbene $(:CH_2)$ can be drawn as:

Arrange the following carbocations in the increasing order of stability with respect to their labels:
Label Carbocation
$1$ $CH_3-CH^+-CH_3$
$2$ $CH_3^+$
$3$ $(CH_3)_3C^+$
$4$ $CH_3-CH_2^+$

What is the order of stability of $1^{\circ}, 2^{\circ}, 3^{\circ},$ and $\overset{\oplus}{C}H_3$ carbocations?

What is the order of stability of the following carbocations?
$(X). CH_3 - \overset{\oplus}{C}H - CH_3$
$(Y). CH_3 - \overset{\oplus}{C}H - OCH_3$
$(Z). CH_3 - \overset{\oplus}{C}H - COCH_3$

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