You should double check what your text says about the mechanism of Williamson ether synthesis.Suraj M said:The mechanism depends on the reactants right?
Williamsons ether synthesis is a chemical reaction used to synthesize ethers from alcohols and alkyl halides in the presence of a strong base.
The rate of Williamsons ether synthesis is generally slower than other reactions due to the low reactivity of the alkyl halide and the need for a strong base.
The rate of Williamsons ether synthesis can be affected by the strength of the base used, the steric hindrance of the alkyl halide, and the solvent used.
The rate of Williamsons ether synthesis can be increased by using a more reactive alkyl halide, a stronger base, or by heating the reaction mixture.
The mechanism of Williamsons ether synthesis involves an SN2 reaction between the alkoxide ion generated from the alcohol and the alkyl halide, followed by elimination of the halide ion to form the ether product.