then calculate the rate constant ( in hr^-1) of the reaction X(g)+→Y(g)+Z(g).

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Half-life for the zero order reaction A(g)→B(g)+C(g) and half-life for the first order reaction X(g)→Y(g)+Z(g) are equal. If completion time for the zero order reaction is 13.86 min, then calculate the rate constant ( in hr^-1) of the reaction X(g)+→Y(g)+Z(g).
03
Jun
Half-life for the zero order reaction A(g)→B(g)+C(g) and half-life for the first order reaction X(g)→Y(g)+Z(g) are equal. If completion time for the zero order reaction is 13.86 min, then calculate the rate constant ( in hr^-1) of the reaction X(g)+→Y(g)+Z(g). Half-life for the zero order reaction A(g)→B(g)+C(g) and half-life for the first order reaction X(g)→Y(g)+Z(g) [...]
Posted in: Chapter 7 - Chemical Kinetics and Nuclear Chemistry (Level 1 and Level 2) , N Awasthi Physical Chemistry ,
Tags: Half-life for the zero order reaction A(g)→B(g)+C(g) and half-life for the first order reaction X(g)→Y(g)+Z(g) are equal. If completion time for the zero order reaction is 13.86 min , then calculate the rate constant ( in hr^-1) of the reaction X(g)+→Y(g)+Z(g). ,