Primary,secondary and tertiary amines can be | vedclass

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(A) Primary,secondary,and tertiary amines can be distinguished using Hinsberg's reagent,which is $Para-Toluene$ sulphonyl chloride $(CH_3C_6H_4SO_2Cl)

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Para-Toluene sulphonyl chloride

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(A) Primary,secondary,and tertiary amines can be distinguished using Hinsberg's reagent,which is $Para-Toluene$ sulphonyl chloride $(CH_3C_6H_4SO_2Cl)$.$1.$ Primary amines react with $Para-Toluene$ sulphonyl chloride to form an $N-alkyl$ sulphonamide,which contains an acidic hydrogen atom attached to the nitrogen,making it soluble in $NaOH$.$2.$ Secondary amines react to form an $N,N-dialkyl$ sulphonamide,which lacks an acidic hydrogen atom,rendering it insoluble in $NaOH$.$3.$ Tertiary amines do not react with $Para-Toluene$ sulphonyl chloride because they lack a hydrogen atom on the nitrogen.

Primary,secondary and tertiary amines can be separated using :-

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