The reaction takes place in two steps as
`(i) NO_(2) Cl _((g)) overset(K_(1)) to NO_(2(g)) +Cl_((g))`
`(ii ) NO_(2) Cl_((g)) +Cl_((g)) overset(K_(2)) to NO_(2(g)) +Cl_(2(g))`
Identify the reaction intermediate .

A reaction occurs in the following steps: NO_(2(g))+F_(2(g)) rarr NO_2F_(g)+ F_(g) F_(g) + NO_(2(g)) rarr NO_2F_(g) Identify the reaction intermediate.

A reaction takes palce in two steps. NO_(g)+Cl_(2(g)) rarr NOCl_(2(g))+NO_(g) rarr Identify reaction intermediate

A reaction takes palce in two steps. NO_(g)+Cl_(2(g)) rarr NOCl_(2(g))+NO_(g) rarr Write the overall reaction.

Na_((g)) +Cl_((g)) to +Cl^(-) ""_((g)) This reaction is

A certain reaction occurs in the following steps : (1) Cl_((g))+O_(3(g))to ClO_((g))+O_(2(g)) (2) ClO_((g))+O_((g))to Cl_((g))+O_(2(g)) (a) What is the molecularity of each of the elementary steps ? (b) Identify the reaction intermediate and write the chemical equation for overall reaction.

A reaction takes place in two steps, 1. NO(g) + Cl_2(g) rarr NOCl_2(g) , 2. NOCl_2(g) + NO(g) rarr 2 NOCl(g):-What is the molecularity of each step?