Question 6\

(0)/(10)pts

\ A liquid phase reaction,

A->B+C

, is to be carried out in an isothermal, well mixed batch reactor with a volume of

10L

. Initially there are

4molL^(-1)

of

A

. The rate of destruction of

A

is given by

K_(2)C_(A)

, where

k_(1)

and

K_(2)

are constants with values of 1.35 and 0.07 , respectively. The rate of destruction has units of

molL^(-1)hr^(-1)

. Calculate the time, in hours, that the reaction must proceed in the reactor in order to result in

0.3molL^(-1)

of A remaining in the reactor. Please express your answer to two decimal places.\ swer\ 4.6 margin of error

(+)/(-)0.03

A liquid phase reaction, AB+C, is to be carried out in an isothermal, well mixed batch reactor with a volume of 10L. Initially there are 4molL1 of A. The rate of destruction of A is given by rA=(k1CA)(2.3+ K2CA)1, where k1 and K2 are constants with values of 1.35 and 0.07 , respectively. The rate of destruction has units of molL1hr1. Calculate the time, in hours, that the reaction must proceed in the reactor in order to result in 0.3molL1 of A remaining in the reactor. Please express your answer to two decimal places. 4.6 margin of error +/0.03