The rate equation for the reaction represented by, is given by - r x = K 1 . C x /(1 + K 2 C x ). At high value of C x ( i.e .., K 2 C x > > 1), the order of the reaction and the rate constant are respectively

The rate equation for the reaction represented by, is given by - r x =

1.	The rate equation for the reaction represented by, is given by - r x = K 1 . C x /(1 + K 2 C x ). At high value of C x ( i.e .., K 2 C x > > 1), the order of the reaction and the rate constant are respectively
A.	zero order & K 1 / K 2
B.	zero order & K 1
C.	first order & K 1
D.	first order & K 1 / K 2
Answer» B. zero order & K 1

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The rate equation for the reaction represented by, is given by - r x = K 1 . C x /(1 + K 2 C x ). At high value of C x ( i.e .., K 2 C x > > 1), the order of the reaction and the rate constant are respectively

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