NEETChemistryAlcohols Phenols and Ethers
Ethers can be prepared by Williamson synthesis in which an alkyl halide is reacted with sodium alkoxide. Di-tert-butyl ether can’t be prepared by this method. Why?
Options
- AIn tert-butyl halides, elimination is favored over substitution, so alkene is the only reaction product and et
- BDi-tert-butyl ether is a highly reactive compound that undergoes side reactions during Williamson synthesis.
- CDi-tert-butyl ether is a solid compound and does not dissolve in the reaction mixture required for Williamson
- DDi-tert-butyl ether is a symmetrical ether, and Williamson synthesis is only suitable for the preparation of u
Correct answer
A. In tert-butyl halides, elimination is favored over substitution, so alkene is the only reaction product and et
Step-by-step solution
Correct Option is : (A) In tert-butyl halides, elimination is favored over substitution, so alkene is the only reaction product and ether is not formed.