3-Chloro-3-cyclopentylhexane xrightarrow[Δ] text Alc. KoH The number of possible product (s) in the above reaction is .

Question

3-Chloro-3-cyclopentylhexane xrightarrow[Δ] text Alc. KoH The number of possible product (s) in the above reaction is . (A)  (B)  (C)  (D)

Tardigrade Admin · Accepted Answer

3-Chloro-3-cyclopentylhexane on elimination reaction gives three diffferent products. Out of these, two can exhibit geometrical isomerism. Therefore, the total number of possible alkenes is five as shown below:

Q. $3$ -Chloro- $3$ -cyclopentylhexane $Alc. KoH Δ$
The number of possible product $(s)$ in the above reaction is ____.

$3$ -Chloro- $3$ -cyclopentylhexane on elimination reaction gives three diffferent products. Out of these, two can exhibit geometrical isomerism. Therefore, the total number of possible alkenes is five as shown below:

Q. 3-Chloro-3-cyclopentylhexane Alc. KoH Δ​ The number of possible product (s) in the above reaction is ____.

3-Chloro-3-cyclopentylhexane on elimination reaction gives three diffferent products. Out of these, two can exhibit geometrical isomerism. Therefore, the total number of possible alkenes is five as shown below:

Q. $3$ -Chloro- $3$ -cyclopentylhexane $Alc. KoH Δ$
The number of possible product $(s)$ in the above reaction is ____.

$3$ -Chloro- $3$ -cyclopentylhexane on elimination reaction gives three diffferent products. Out of these, two can exhibit geometrical isomerism. Therefore, the total number of possible alkenes is five as shown below: