For a reaction A ⟶ B, if the rate of change in concentration of A (CA), can be written as - dCAdt = k.C_A^2, then the change concentration with time from initial concentration of A, Cao is given by

This question belongs to Metallurgical Engineering Metallurgical Thermodynamics And Kinetics

Metallurgical Thermodynamics and Kinetics

For a reaction A ⟶ B, if the rate of change in concentration of A (C_A), can be written as $$\frac{{ - dCA}}{{dt}} = k.C_A^2,$$ then the change concentration with time from initial concentration of A, Cao is given by

A) $$\left( {\frac{1}{{{C_A}}}} \right) - \left( {\frac{1}{{{C_{AO}}}}} \right) = K.t$$ B) (C_AO - C_A) = k.t C) $$\left( {{C_{A{O^2}}} - C_A^2} \right) = k.t$$ D) $${\text{In}}\left( {\frac{{{C_{AO}}}}{{{C_A}}}} \right) = k.t$$

Answer & Solution

Correct Answer: Option A

Let's discuss the solution. Join the discussion

Question posted by Examveda

Community

Join the Discussion

Join the discussion

No comments yet Be the first to discuss this question.

Keep Learning

For a reaction A B if the rate of change in...

For a reaction A ⟶ B, if the rate of change in concentration of A (CA), can be written as $$\frac{{ - dCA}}{{dt}} = k.C_A^2,$$ then the change concentration with time from initial concentration of A, Cao is given by

Join the Discussion

Related Questions on Metallurgical Thermodynamics and Kinetics

For a reaction A ⟶ B, if the rate of change in concentration of A (C_A), can be written as $$\frac{{ - dCA}}{{dt}} = k.C_A^2,$$ then the change concentration with time from initial concentration of A, Cao is given by