A chemical reaction takes places in two steps as follows:

(i) $N O_{2} C l (g) \overset{K_{1}}{\to} N O 2 (g) + C l (g)$

(ii) $N O_{2} C l (g) + C l (g) \overset{K_{2}}{\to} N O_{2} (g) + C l_{2} (g)$

Identify the reaction intermediate.

Question

A chemical reaction takes places in two steps as follows: (i) NO_2Cl g→K_1NO2 g+Cl g (ii) NO_2 Cl( g )+Cl( g ) → K_2 NO_2 ( g )+Cl_2 ( g ) Identify the reaction intermediate.

MARKS Content Team · Accepted Answer

Correct answer: (D) Cl g. NO_2 Cl → K_1 NO_2 • ( g )+ Cl • ( g ) ( free radical ) NO_2 • Cl( g )+ Cl • ( g ) → K_2 NO_2 ( g )+Cl_2 ( g ) The intermediate generated is Cl • .

A chemical reaction takes places in two steps as follows:

(i) $N O_{2} C l (g) \overset{K_{1}}{\to} N O 2 (g) + C l (g)$

(ii) $N O_{2} C l (g) + C l (g) \overset{K_{2}}{\to} N O_{2} (g) + C l_{2} (g)$

Identify the reaction intermediate.

Solution

Relevant Questions

A chemical reaction takes places in two steps as follows:(i) NO2Cl g→K1NO2 g+Cl g(ii) N O 2 Cl( g )+Cl( g ) → K 2 N O 2 ( g )+C l 2 ( g ) Identify the reaction intermediate.

Solution

Relevant Questions

A chemical reaction takes places in two steps as follows:

(i) $N O_{2} C l (g) \overset{K_{1}}{\to} N O 2 (g) + C l (g)$

(ii) $N O_{2} C l (g) + C l (g) \overset{K_{2}}{\to} N O_{2} (g) + C l_{2} (g)$

Identify the reaction intermediate.