Diethyl ether when refluxed with excess of HI gives two molecules of (i). Ethers can be most commonly prepared by reaction of (ii) and (iii). The method is called (iv). (i), (ii), (iii) and (iv) respectively are

Question

Diethyl ether when refluxed with excess of HI gives two molecules of (i). Ethers can be most commonly prepared by reaction of (ii) and (iii). The method is called (iv). (i), (ii), (iii) and (iv) respectively are (A) ethyl iodide, sodium alkoxide, alkyl halide, Williamson’s synthesis (B) ethanol, alcohol, alkyl halide, substitution (C) methyl iodide, Grignard’s reagent, alkyl halide, Williamsons synthesis (D) ethyl iodide, phenol, ethyl iodide, esterification

Tardigrade Admin · Accepted Answer

Correct answer is (a) ethyl iodide, sodium alkoxide, alkyl halide, Williamson’s synthesis

Q. Diethyl ether when refluxed with excess of HI gives two molecules of (i). Ethers can be most commonly prepared by reaction of (ii) and (iii). The method is called (iv). (i), (ii), (iii) and (iv) respectively are

ethyl iodide, sodium alkoxide, alkyl halide, Williamson’s synthesis

ethanol, alcohol, alkyl halide, substitution

methyl iodide, Grignard’s reagent, alkyl halide, Williamsons synthesis

ethyl iodide, phenol, ethyl iodide, esterification

Correct answer is (a) ethyl iodide, sodium alkoxide, alkyl halide, Williamson’s synthesis

Q. Diethyl ether when refluxed with excess of $H I$ gives two molecules of $(i)$ . Ethers can be most commonly prepared by reaction of $(ii)$ and $(iii)$ . The method is called $(i v)$ .
$(i)$ , $(ii)$ , $(iii)$ and $(i v)$ respectively are