An irreversible liquid-phase reaction: J+I-> P+Q was carried out in a 111.48 L constant volume batch...

 

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An irreversible liquid-phase reaction: J+I-> P+Q was carried out in a 111.48 L constant volume batch reactor. The concentration of J is known to vary according to Equation 1. C=Cjoekt (Equation 1) where Cj and Cjo are in mol L-1, and the rate constant, k, is 1.74 min. What is the conversion of J that is achieved in 24 seconds if the initial concentration of J is 12.2 mol L-1? Express your answer rounded to two decimal places. An irreversible liquid-phase reaction: J+I-> P+Q was carried out in a 111.48 L constant volume batch reactor. The concentration of J is known to vary according to Equation 1. C=Cjoekt (Equation 1) where Cj and Cjo are in mol L-1, and the rate constant, k, is 1.74 min. What is the conversion of J that is achieved in 24 seconds if the initial concentration of J is 12.2 mol L-1? Express your answer rounded to two decimal places.