The reaction conditions leading to the best yield of C2H5Cl are:

Question

The reaction conditions leading to the best yield of C2H5Cl are: (A) C2H6(excess)+Cl2 xrightarrowuv light (B) C2H6+Cl2 xrightarrow[ textroom temperature] textdark (C) C2H6 + Cl2 (excess) xrightarrowUV textlight (D) C2H6 + Cl2 xrightarrowUV textlight

Tardigrade Admin · Accepted Answer

Chlorination beyond monochlorination during the preparation of alkyl halides in presence of UV light can be suppressed by taking alkane in excess. In (b) free radical substitution can’t take place in dark.

Q. The reaction conditions leading to the best yield of $C_{2} H_{5} Cl$ are:

$C_{2} H_{6} (e x cess) + C l_{2} uv l i g h t$

$C_{2} H_{6} + C l_{2} dark room temperature$

$C_{2} H_{6} + C l_{2}$ (excess) $U V light$

$C_{2} H_{6} + C l_{2} U V light$

Chlorination beyond monochlorination during the preparation of alkyl halides in presence of UV light can be suppressed by taking alkane in excess. In (b) free radical substitution can’t take place in dark.

Q. The reaction conditions leading to the best yield of C2​H5​Cl are:

C2​H6​(excess)+Cl2​uvlight​

C2​H6​+Cl2​darkroom temperature​

C2​H6​+Cl2​ (excess) UVlight​

C2​H6​+Cl2​UVlight​

Chlorination beyond monochlorination during the preparation of alkyl halides in presence of UV light can be suppressed by taking alkane in excess. In (b) free radical substitution can’t take place in dark.

Q. The reaction conditions leading to the best yield of $C_{2} H_{5} Cl$ are:

$C_{2} H_{6} (e x cess) + C l_{2} uv l i g h t$

$C_{2} H_{6} + C l_{2} dark room temperature$

$C_{2} H_{6} + C l_{2}$ (excess) $U V light$

$C_{2} H_{6} + C l_{2} U V light$