Organic Compounds Containing Nitrogen
Which of the following compounds will dissolve in an alkali solution after it has undergone reaction with Hinsberg reagent?
Which of the following is used as Hinsberg's reagent?
Hinsberg's reagent is used to differentiate the amines into $$ 1^0$$ or $$2^0$$ or $$3^0$$.
The chemical formula for Hinsberg reagent is $$C_6H_5SO_2Cl$$ i.e Benzene sulphonyl chloride.
Primary amines get converted to sulphonamide in presence of Hinsberg reagent which is soluble in $$NaOH$$
secondary amines get converted to sulphonamide in presence of Hinsberg reagent which is insoluble in $$NaOH$$
There is no reaction of Hinsberg reagent with tertiary amines.
Option A is correct.
Which of the following compounds will dissolve in an alkali solution after it has undergone reaction with Hinsberg reagent?
Which of the following reacts with Hinsberg's reagent (Benzene sulphonyl chloride) to form the product soluble in KOH ?
Which of the following is Hinsberg reagent ?
What reagent is used in the Hinsberg test of amines?
The amine which reacts with p-toluenesulfonyl chloride to give a clear solution which on acidification gives insoluble compound is:
Which of the following amines does not react with Hinsberg reagent?
In order to distinguish between $$C_{2}H_{5}NH_{2}$$ and $$C_{6}H_{5}NH_{2}$$, which of the following reagents is useful? a. Hinsberg's reagent b. $${\beta}-$$Naphthol c. Benzene diazonium chloride d. None of the above
Separation of primary, secondary and tertiary amines can be made with the help of____________ in Hinsberg's method.
Hinsberg's reagent is:
Primary, secondary and tertiary amines can be distinguished by: