An alkyl halide reacts with alcoholic ammonia in a sealed tube, the product formed will be

Question

An alkyl halide reacts with alcoholic ammonia in a sealed tube, the product formed will be (A) a primary amine (B) a secondary amine (C) a tertiary amine (D) a mixture of all the three

Tardigrade Admin · Accepted Answer

When an alkyl halide reacts with alcoholic ammonia in a sealed tube then a mixture of primary, secondary and tertiary amines is formed. RX+NH3 xrightarrow undersetpri-a min e mathopRNH2 +HX RNH2+XR xrightarrow underset sec -a min e mathopR2NH +HX R2NH+XR xrightarrow undersetter-a min e mathopR3N +HX

Q. An alkyl halide reacts with alcoholic ammonia in a sealed tube, the product formed will be

a primary amine

a secondary amine

a tertiary amine

a mixture of all the three

When an alkyl halide reacts with alcoholic ammonia in a sealed tube then a mixture of primary, secondary and tertiary amines is formed. $RX + N H_{3} p r i - a m i n e RN H_{2} + H X$ $RN H_{2} + XR s e c - a m i n e R_{2} N H + H X$ $R_{2} N H + XR t er - a m i n e R_{3} N + H X$

Q. An alkyl halide reacts with alcoholic ammonia in a sealed tube, the product formed will be

a primary amine

a secondary amine

a tertiary amine

a mixture of all the three

When an alkyl halide reacts with alcoholic ammonia in a sealed tube then a mixture of primary, secondary and tertiary amines is formed. RX+NH3​​pri−amineRNH2​​+HX RNH2​+XR​sec−amineR2​NH​+HX R2​NH+XR​ter−amineR3​N​+HX

When an alkyl halide reacts with alcoholic ammonia in a sealed tube then a mixture of primary, secondary and tertiary amines is formed. $RX + N H_{3} p r i - a m i n e RN H_{2} + H X$ $RN H_{2} + XR s e c - a m i n e R_{2} N H + H X$ $R_{2} N H + XR t er - a m i n e R_{3} N + H X$