Alkyl halides can be prepared by all the following methods except

Question

Alkyl halides can be prepared by all the following methods except (A) CH3CH2OH + HCl (g) xrightarrowZnCl2 (B) CH3-CH = CH2 xrightarrowSO2Cl2, 475 K (C) C2H5O H + NaCl arrow (D) CH3COOAg + Br2 xrightarrowCCl4, textReflux

Tardigrade Admin · Accepted Answer

Cl- ion being a weak nucleophile cannot displace OH- ion which is a stronger nucleophile. Na+ Cl- + C2H5OH arrow No reactio

Q. Alkyl halides can be prepared by all the following methods except

$C H_{3} C H_{2} O H + H Cl (g) Z n C l_{2}$

$C H_{3} - C H = C H_{2} S O_{2} C l_{2}, 475 K$

$C_{2} H_{5} O H + N a Cl \to$

$C H_{3} COO A g + B r_{2} CC l_{4}, Reflux$

$C l^{-}$ ion being a weak nucleophile cannot displace $O H^{-}$ ion which is a stronger nucleophile.
$N a^{+} C l^{-} + C_{2} H_{5} O H \to$ No reactio

Q. Alkyl halides can be prepared by all the following methods except

CH3​CH2​OH+HCl(g)ZnCl2​​

CH3​−CH=CH2​SO2​Cl2​,475K​

C2​H5​OH+NaCl→

CH3​COOAg+Br2​CCl4​,Reflux​

Cl− ion being a weak nucleophile cannot displace OH− ion which is a stronger nucleophile. Na+Cl−+C2​H5​OH→ No reactio

$C H_{3} C H_{2} O H + H Cl (g) Z n C l_{2}$

$C H_{3} - C H = C H_{2} S O_{2} C l_{2}, 475 K$

$C_{2} H_{5} O H + N a Cl \to$

$C H_{3} COO A g + B r_{2} CC l_{4}, Reflux$

$C l^{-}$ ion being a weak nucleophile cannot displace $O H^{-}$ ion which is a stronger nucleophile.
$N a^{+} C l^{-} + C_{2} H_{5} O H \to$ No reactio