The rate of reaction, 2NO + `Cl_(2) to 2NOCl` is doubled when concentration of `Cl_(2)` is doubled and becomes eight times when concentration of both NO and `Cl_(2)` are doubled. Determine the order of the reaction.

The rate of reaction, 2NO + Cl_2 to 2NOCI is doubled when concentration of Cl_2 is doubled and it becomes 8 times when concentrations of both NO and Cl_2 are doubled. Deduce the order of this reaction.

The initial rate of a reaction A+B to Products is doubled when the concentration of A is doubled and increases eight fold when the initial concentration of both A and B are doubled. State the order of the reaction with respect to A and with respect to B. Write the rate equation.

The rate of reaction: 2NO(g) + Cl_(2) (g) rarr 2NOCl (g) , becomes doubled when the concentration of Cl_(2) is doubled. However, when the concentration of both the reactants are doubled, the rate becomes eight times. What is the order w.r.t. NO and w.r.t. chlorine ? What is the total order?

The rate of reaction: 2NO(g) + Cl_(2) (g) rarr 2NOCl (g) , becomes doubled when the concentration of Cl_(2) is doubled. However, when the concentration of both the reactants are doubled, the rate becomes eight times. What is the order w.r.t. NO and w.r.t. chlorine ? What is the total order?