Question #38202

I badly need help in this can't even get past letter a:

Given the gas phase reaction: A + 2 B → R + S as first order with respect to each reactant and conducted in a constant volume batch reactor at 400K. The feed contains some inerts and initial total pressure is 4 atm. The rate of change of total pressure (P) with time in terms of P is given by:

dP/dt = 0.04[P-2.7][3-P] in atm per min

a) Determine the mole % composition of the feed.

b) What are the values and units of kA and kB in mol, Lit, min?

c) What is the half-life of A (min) and what is the total pressure at this time?

d) If the reaction is conducted at 400K and 4 atm constant pressure using the stoichiometric amounts of A and B in the feed and no inerts, what will be the new half-life of A, and what will be the % increase in total volume at this half-life?

Given the gas phase reaction: A + 2 B → R + S as first order with respect to each reactant and conducted in a constant volume batch reactor at 400K. The feed contains some inerts and initial total pressure is 4 atm. The rate of change of total pressure (P) with time in terms of P is given by:

dP/dt = 0.04[P-2.7][3-P] in atm per min

a) Determine the mole % composition of the feed.

b) What are the values and units of kA and kB in mol, Lit, min?

c) What is the half-life of A (min) and what is the total pressure at this time?

d) If the reaction is conducted at 400K and 4 atm constant pressure using the stoichiometric amounts of A and B in the feed and no inerts, what will be the new half-life of A, and what will be the % increase in total volume at this half-life?

Expert's answer

Dear visitor

Unfortunately, your question requires a lot of work and cannot be done for free. Please submit it with all requirements as an assignment to our control panel and we’ll assist you

Unfortunately, your question requires a lot of work and cannot be done for free. Please submit it with all requirements as an assignment to our control panel and we’ll assist you

## Comments

## Leave a comment