A following mechanism has been proposed for a reaction:
`2A+Brarr D+E`
`A+B rarr C+D` (slow)
`A+C rarr E` (fast)
The rate law expresison for the reaction is

A following mechanism has been proposed for a reaction 2A +B rarr D rarr E A+ B rarrC+D (slow) A+C rarr E (fast) The rate law expression for the reaction by RDS methd is:

2A + B to D +E , for the reaction proposed mechanism A + B to C +D (slow), A + C to E (fast). The rate law expression for the reaction is

2A+2B to D +E for the reaction following mechanism has been proposed . A+2B to 2C +d ( slow) A+2C to E ( fast ) The rate law expression for the reaction is

For the reaction, 2NO+Cl_(2)rarr2NOCl the following mechanism has been proposed. NO+Cl_(2)hArr NOCl_(2)" " (fast) NOCl_(2)+NOrarr2NOCl" " (slow) The rate for the reaction 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

A reaction is found to proceed in two steps as A + B rarr E (slow),, A+E rarr C+D (fast). Write the law expresison and overall balanced equation.

For the reaction : A + 2B rarr C + D , the expression of rate of reaction will be :

The reaction , X + 2Y + Z rarr N occurs by the following mechanism (i) X+Y hArr M (very rapid equilibrium) (ii) M + Z rarr O (slow) (iii) O + Y rarr N (very fast) What is the rate law for this reaction

The mechanism for the overall reaction is A_(2) + B rarr C A_(2) rarr 2A (slow) 2A + B rarr X (fast) If a catalyst D changes the mechanism to A_(2) + D rarr A_(2) D (slow) A_(2) D rArr 2A+D (fast) 2A +B rarr C (fast) Which is the rate expresison for the reaction with and without a catalyst ?