In the sequence of reaction `A to^(k_1) B to^(k_2) C to^(k_3) D`, it is know that `k_3 gt k_2 gt k_1`. Then the rate determining step of the reaction is:

In the sequence of reaction A overset(k_1) rarr B overset(k_2)rarr C overset(k_3) rarr D K_3>K_2>K_1 , then the rate determining step of the reaction is

In the sequence of reaction A overset(K_(1)) to B overset(K_(2))to C overset(K_( c)) to D, K_(3) gt K_(2) gt K_(1) then the rate determining step of the reaction is

In the sequence of reaction, L overset(k_(1))rarr M overset(k_(2))rarr N overset(k_(3))rarrO k_(3) gt k_(2) gt k_(1) The rate determining step of the reaction is :

In the series reaction Aoverset(K_(1))(rarr)Boverset(K_(2))(rarr)Coverset(K_(3))(rarr)D , if K_(1)gtK_(2)gtK_(3) then the rate determing step of the reaction is a) ArarrB b) CrarrD c) BrarrC d) Any step

In the series reaction Aoverset(K_(2))(rarr)Boverset(K_(2))(rarr)Coverset(K_(2))(rarr)D , if K_(1)gtK_(2)gtK_(3) then the rate determing step of the reaction is

In the following sequence of reactions M overset(K_(1))(to)Noverset(K_(2))(to)Ooverset(K_(3))(to)P:K_(1)ltK_(2)ltK_(3) then the rate determining step is