HARD
Earn 100

Convert the following:

Chloroethane to methanamine.

Important Questions on Amines

HARD

Starting from propanoic acid, the following reactions were carried out 
Propanoic acid SOCl2XNH3YZ2+KOHZ

What is the compound Z?

EASY
Which one of the following can be prepared by Gabriel phthalimide synthesis?
EASY
Reaction of propanamide with ethanolic sodium hydroxide and bromine will give
MEDIUM
An aromatic compound 'A' having molecular formula C7H6O2, on treating with aqueous ammonia and heating forms compound B. The compound B on reaction with molecular bromine and potassium hydroxide provides compound C having molecular formula C6H7N. The structure of A is:
MEDIUM
In the Hoffmann bromamide degradation reaction, the number of moles of NaOH and Br2 used per mole of amine produced are:
EASY
Which one of the following compounds undergoes Hoffmann degradation reaction?
HARD
The best reagent for converting, 2-phenylpropanamide into 1- phenylethanamine is _____.
MEDIUM
Gabriel Phthalimide synthesis is used for the preparation of:
MEDIUM
Which of the following amines can be prepared by Gabriel phthalimide reaction?
MEDIUM
Which of the following is not a correct method of the preparation of benzyl amine from cyano benzene?
MEDIUM
When alkyl halide is boiled with large excess of alcoholic ammonia it forms
EASY
Which of the following statements is incorrect in case of Hofmann bromamide degradation?
HARD
Heating cyclohexene with KMnO4-H2SO4 gives
HARD

In the reaction, 

CH3·CH2·ClKCNALiAlH4P end product P is

MEDIUM
Find the suitable method from the following to prepare primary amines without the loss of carbons.
MEDIUM
The total number of amines among the following which can be synthesized by Gabriel synthesis is ________.

Question Image

EASY
The most suitable reagent for the conversion of 2-phenylpropanamide into 1-phenylethylamine is:-
EASY
Ethylamine C2H5NH2 can be obtained from N-ethylphthalimide on treatment with:
EASY
Which of the following reaction is appropriate for converting acetamide to methanamine?
MEDIUM
The electrolytic reduction of nitrobenzene in strongly acidic medium produces: