Question: 1. Consider the below reaction 2A+BC+D with rA=kCACB where CA and CB show concentrations of reactant A and B. When CA0=0.024mol/L and CB0=0.036mol/L, data below

1. Consider the below reaction 2A+BC+D with rA=kCACB where CA and

1. Consider the below reaction 2A+BC+D with rA=kCACB where CA and CB show concentrations of reactant A and B. When CA0=0.024mol/L and CB0=0.036mol/L, data below is collected in a batch reactor. (a) Derive the integrated rate equation (b) Confirm graphically the reaction is first order with respect to A and first order with respect to B and second order in over-all and find the rate constant k. 1. Consider the below reaction 2A+BC+D with rA=kCACB where CA and CB show concentrations of reactant A and B. When CA0=0.024mol/L and CB0=0.036mol/L, data below is collected in a batch reactor. (a) Derive the integrated rate equation (b) Confirm graphically the reaction is first order with respect to A and first order with respect to B and second order in over-all and find the rate constant k

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