An optically active compound with molecular formula C 6 H 11 N dissolves in dilute aqueous HCl releases N 2 on treatment with HNO 2 . The compound C 6 H 11 N on exhaustive methylation gives Y . The compound Y after Hoffmann elimination gives which of the following?

Question

An optically active compound with molecular formula C 6 H 11 N dissolves in dilute aqueous HCl releases N 2 on treatment with HNO 2 . The compound C 6 H 11 N on exhaustive methylation gives Y . The compound Y after Hoffmann elimination gives which of the following? (A)  (B)  (C)  (D)

Tardigrade Admin · Accepted Answer

Initial compound in question must be a primary amine ∵ it reacts with HCl releases N 2 with HNO 2 Since it is optically active, it must be

Q. An optically active compound with molecular formula $C_{6} H_{11} N$ dissolves in dilute aqueous $H Cl &$ releases $N_{2}$ on treatment with $H N O_{2} .$ The compound $C_{6} H_{11} N$ on exhaustive methylation gives $Y .$ The compound $Y$ after Hoffmann elimination gives which of the following?

Initial compound in question must be a primary amine $∵$ it reacts with $H Cl &$ releases $N_{2}$ with $H N O_{2}$ Since it is optically active, it must be

Q. An optically active compound with molecular formula C6​H11​N dissolves in dilute aqueous HCl& releases N2​ on treatment with HNO2​. The compound C6​H11​N on exhaustive methylation gives Y. The compound Y after Hoffmann elimination gives which of the following?

Initial compound in question must be a primary amine ∵ it reacts with HCl& releases N2​ with HNO2​ Since it is optically active, it must be

Q. An optically active compound with molecular formula $C_{6} H_{11} N$ dissolves in dilute aqueous $H Cl &$ releases $N_{2}$ on treatment with $H N O_{2} .$ The compound $C_{6} H_{11} N$ on exhaustive methylation gives $Y .$ The compound $Y$ after Hoffmann elimination gives which of the following?

Initial compound in question must be a primary amine $∵$ it reacts with $H Cl &$ releases $N_{2}$ with $H N O_{2}$ Since it is optically active, it must be