Under the same reaction conditions, the initial concentration of 1.386

1.	Under the same reaction conditions, the initial concentration of 1.386 mol dm−3 of a substance becomes half in 40 seconds and 20 seconds through first order and zero order kinetics, respectively.The ratio (k1/k0) of the rate constants for first order (k1) and zero order (k0)of the reaction is
Answer» Under the same reaction conditions, the initial concentration of 1.386 mol $d m^{- 3}$ of a substance becomes half in 40 seconds and 20 seconds through first order and zero order kinetics, respectively. The ratio $(k_{1} / k_{0}$ ) of the rate constants for first order $(k_{1})$ and zero order $(k_{0})$ of the reaction is

Under the same reaction conditions, the initial concentration of 1.386 mol dm−3 of a substance becomes half in 40 seconds and 20 seconds through first order and zero order kinetics, respectively.The ratio (k1/k0) of the rate constants for first order (k1) and zero order (k0)of the reaction is

Answer»

Under the same reaction conditions, the initial concentration of 1.386 mol $d m^{- 3}$ of a substance becomes half in 40 seconds and 20 seconds through first order and zero order kinetics, respectively.

The ratio $(k_{1} / k_{0}$ ) of the rate constants for first order $(k_{1})$ and zero order $(k_{0})$ of the reaction is

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Under the same reaction conditions, the initial concentration of 1.386 mol dm−3 of a substance becomes half in 40 seconds and 20 seconds through first order and zero order kinetics, respectively.The ratio (k1/k0) of the rate constants for first order (k1) and zero order (k0)of the reaction is

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