The reaction `2A+Bto` product follow the mechanism :-
`2AhArrA_(2)("fast")`
`A_(2)+BtoP(slow)`
`The order of the reaction is

A hypothetical reaction A_(2) + B_(2) rarr 2AB follows the mechanism as given below: A_(2) hArr A+A ("fast") A+B_(2) rarr AB+B (slow) A+B rarr AB (fast) The order of the overall reaction is

A hypothetical reaction A_(2) + B_(2) rarr 2AB follows the mechanism as given below: A_(2) hArr A+A ("fast") A+B_(2) rarr AB+B (slow) A+B rarr AB (fast) The order of the overall reaction is

A hypothetical reaction A_(2) + B_(2) rarr 2AB follows the mechanism as given below: A_(2) hArr A+A ("fast") A+B_(2) rarr AB+B (slow) A+B rarr AB (fast) The order of the overall reaction is

A hypothetical reaction A_(2) + B_(2) to 2AB follows the mechanism as given below A_(2) to A + A (fast) A + B_(2) to AB + B (slow) A +B to AB (fast) The order of the over all reaction by RDS method is:

A chemical reaction A + 2B rArr AB_(2) follows in two steps A + B rArr AB(slow) AB + B rArr AB_(2) (fast) Then the order of the reaction is

The proposed mechanism for a reaction is - (1) A+BhArrD("fast") " " (2) A+Drarr2C ("slow") . The observed rate for reaction is, rate = k[A]^(2)[B] . Write the balanced equation of the reaction. Identify the reaction intermediate, if any forms during the reaction. Does the observed reaction-rate support the above mechanism ?