Example 17.6 (Section 17.10) solves two reactions for equilibrium simultaneously with Excel. To skip the problem set up and see how to use Excel variables jump to 5:15. To jump to the use of solver for two equations, jump to 7:15.
Comprehension Questions:
1. CH3OH is fed to a reactor at 200ºC and 3 bar with a catalyst that produces CO, H2, dimethyl ether, and H2O. Calculate the equilibrium extents of reaction and compositions of all species. 2. Diisopropylbenzene (DIPB) is a possible byproduct of the reaction of benzene with propylene to make cumene. If the reaction is conducted at 300C and 11 bars with a stoichiometric feed relative to the cumene reaction, calculate the equilibrium extents of reaction and compositions of all species.
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Multiple Reaction Equilibria using Excel (8:48)
Multiple Reaction Equilibria using Excel (8:48) (msu.edu)
Example 17.6 (Section 17.10) solves two reactions for equilibrium simultaneously with Excel. To skip the problem set up and see how to use Excel variables jump to 5:15. To jump to the use of solver for two equations, jump to 7:15.
Comprehension Questions:
1. CH3OH is fed to a reactor at 200ºC and 3 bar with a catalyst that produces CO, H2, dimethyl ether, and H2O. Calculate the equilibrium extents of reaction and compositions of all species.
2. Diisopropylbenzene (DIPB) is a possible byproduct of the reaction of benzene with propylene to make cumene. If the reaction is conducted at 300C and 11 bars with a stoichiometric feed relative to the cumene reaction, calculate the equilibrium extents of reaction and compositions of all species.