Problem II:

An irreversible aqueous reaction gave $90\%$ conversion in a batch reactor at $40C$ in $100$min and required

$30$min for this conversion at $50C.$

a$)$ What is the activation energy for this reaction?

b$)$ At what temperature can $90\%$ conversion be obtained in $10$ minutes?

c$)$ Find the rate constant at $40C$ and $50C$ assuming first order kinetics.

d$)$ Assuming first order kinetics, find the times for $99\%$ conversion at $40$ and at $50C.$

e$)$ Assuming first order kinetics, find the temperature to obtain $99\%$ conversion in $10$ minute.

f$)$ Assuming second order kinetics, find the times for $99\%$ conversion at $40$ and $50C.$

g$)$ Assuming second order kinetics, find the temperature to obtain $99\%$ conversion in $10$ minute.