Ethyl chloride on heating with silver cyanide forms a compound X. The functional isomer of X is:

Question

Ethyl chloride on heating with silver cyanide forms a compound X. The functional isomer of X is: (A)  C2H5NC  (B)  C2H5CN  (C)  H3C-NH-CH3  (D)  C2H5NH2

Tardigrade Admin · Accepted Answer

Ethyl chloride with AgCN forms ethyl isocyanide. The functional isomer of ethyl isocyanide is ethyl cyanide. C2H5Cl+AgCN xrightarrow underset textEthyl textisocyanide mathopC2H5NC +AgCl C2H5NC (ethyl isocyanide) textC text2 textH text5 textCN (ethyl cyanide) functional isomer

Q. Ethyl chloride on heating with silver cyanide forms a compound X. The functional isomer of X is:

$C_{2} H_{5} NC$

$C_{2} H_{5} CN$

$H_{3} C - N H - C H_{3}$

$C_{2} H_{5} N H_{2}$

Ethyl chloride with AgCN forms ethyl isocyanide. The functional isomer of ethyl isocyanide is ethyl cyanide. $C_{2} H_{5} Cl + A g CN Ethyl isocyanide C_{2} H_{5} NC + A g Cl$ $C_{2} H_{5} NC$ (ethyl isocyanide) $C_{2} H_{5} CN$ (ethyl cyanide) functional isomer

Q. Ethyl chloride on heating with silver cyanide forms a compound X. The functional isomer of X is:

C2​H5​NC

C2​H5​CN

H3​C−NH−CH3​

C2​H5​NH2​

Ethyl chloride with AgCN forms ethyl isocyanide. The functional isomer of ethyl isocyanide is ethyl cyanide. C2​H5​Cl+AgCN​EthylisocyanideC2​H5​NC​+AgCl C2​H5​NC (ethyl isocyanide) C2​H5​CN (ethyl cyanide) functional isomer

$C_{2} H_{5} NC$

$C_{2} H_{5} CN$

$H_{3} C - N H - C H_{3}$

$C_{2} H_{5} N H_{2}$

Ethyl chloride with AgCN forms ethyl isocyanide. The functional isomer of ethyl isocyanide is ethyl cyanide. $C_{2} H_{5} Cl + A g CN Ethyl isocyanide C_{2} H_{5} NC + A g Cl$ $C_{2} H_{5} NC$ (ethyl isocyanide) $C_{2} H_{5} CN$ (ethyl cyanide) functional isomer