For the reaction: A → B The rate expression is given below: rate = 2[A] / (3 + [A]) Where [A] is the concentration (mol/L) of reactant left at any time 't (in minutes)' and [A]₀ represents initial con

Question

For the reaction:
A → B
The rate expression is given below:
rate = 2[A] / (3 + [A])
Where [A] is the concentration (mol/L) of reactant left at any time 't (in minutes)' and [A]₀ represents initial concentration of the reactant 'A' (√n2 = 0.7)
Now, identify the correct statement(s) regarding the above reaction:

Prashant Kotian · Accepted Answer

Correct answer: A,B,C,D.   2 A r 3 A   So, integrated rate equation of the above reaction is     o o A 1 t A A 3 n 2 A             So,  1/2 o 1 3 t A n2 4 2    o 3/4 3 A 3 t 3 n2 8 3

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