Methoxybenzene on treatment with HI produces - Tardigrade
Solution: Methoxybenzene on treatment with HI produces phenol and methyl iodide. This is due the more stable aryl oxygen bond Here, methyl phenyl oxonium ion is formed by the. protonation of ether. The bond between O −C H 3 is weaker than the bond between O− C 6H 5 because the carbon of phenyl group is sp2 -hybridised and there is a partial ...
Which of the following compounds will be formed when
J K CET 2013: Which of the following compounds will be formed when methoxy benzene is reacted with HBr? (A) Phenol and bromomethane (B) Methanol and b.
Which of the following cannot be made by using Williamson
Which of the following cannot be made by using Williamson's synthesis ? (A) Methoxybenzene (B) fen-butyl methyl ether (C) Allyl methyl ether (D) Diter.
Which o f the following cannot be made by using Williamson
Which o f the following cannot be made by using Williamson’s synthesis? (A) Methoxybenzene (B) Benzyl p-nitrophenyl ether (C) Methyl tertiary butyl
What will be the resultant product when ethoxybenzene is
J K CET 2018: What will be the resultant product when ethoxybenzene is reacted with HI ? (A) Phenyl iodide and ethanol (B) Ethyl benzene (C) Phenol an.
Assertion: Phenol reacts with CH3I in presence of NaOH to form ...
As the phenoxide ion (C 6 H 5 − O −) is a better nucleophile than phenol (C 6 H 5 − O H), it reacts with C H 3 I in presence of N a O H to form methoxybenzene. All India Exams NEET
Q. Consider the following statements - Tardigrade
NTA Abhyas 2020: Consider the following statements Phenyl diazonium forms azodye with 1. aniline 2. phenol 3. N, N-dimethylaniline 4. anisole (metho
IUPAC name of the given compound is - Tardigrade
AIIMS 2018: IUPAC name of the given compound is (A) 2-methoxy-4-bromonitrobenzene (B) 3-bromo-6-nitro-1-methoxybenzene (C) 3-methoxy-4-nitrobromobenze
Q. Phenyl diazonium chloride forms an azo dye with
Phenyl diazonium chloride forms an azo dye with 1. aniline 2. phenol 3. N, N-dimethyl aniline 4. anisole (or methoxybenzene) (A) 1, 2 and 3 are correc