The dimer component undergoes an elementary decomposition reaction to a gaseous monomer component (M) according to...
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The dimer component undergoes an elementary decomposition reaction to a gaseous monomer component (M) according to the reaction: D → 2 M. The critical temperature of component M is 420 K, and its critical pressure is 42 bar. Calculate the reactor pressure as function of the conversion of D using vdW-EOS for mixtures. Use the following mixing rules for the two van der Waals constants: a mix = ΣΣν ν (α:α;)12 i j bmix = Σybi i) Describe your calculation method and present any equations/formulae used. ii) Tabulate and plot your results. For your calculations, table, and plot, use a conversion increment of 0.05 (5 %). c) Perform the same calculations, tabulating and plotting your results, assuming that the reaction mixture of D and M behaves like an ideal gas. d) Compare and comment on the results between b and c above, discussing in particular the dominant intermolecular forces. The dimer component undergoes an elementary decomposition reaction to a gaseous monomer component (M) according to the reaction: D → 2 M. The critical temperature of component M is 420 K, and its critical pressure is 42 bar. Calculate the reactor pressure as function of the conversion of D using vdW-EOS for mixtures. Use the following mixing rules for the two van der Waals constants: a mix = ΣΣν ν (α:α;)12 i j bmix = Σybi i) Describe your calculation method and present any equations/formulae used. ii) Tabulate and plot your results. For your calculations, table, and plot, use a conversion increment of 0.05 (5 %). c) Perform the same calculations, tabulating and plotting your results, assuming that the reaction mixture of D and M behaves like an ideal gas. d) Compare and comment on the results between b and c above, discussing in particular the dominant intermolecular forces. The dimer component undergoes an elementary decomposition reaction to a gaseous monomer component (M) according to the reaction: D → 2 M. The critical temperature of component M is 420 K, and its critical pressure is 42 bar. Calculate the reactor pressure as function of the conversion of D using vdW-EOS for mixtures. Use the following mixing rules for the two van der Waals constants: a mix = ΣΣν ν (α:α;)12 i j bmix = Σybi i) Describe your calculation method and present any equations/formulae used. ii) Tabulate and plot your results. For your calculations, table, and plot, use a conversion increment of 0.05 (5 %). c) Perform the same calculations, tabulating and plotting your results, assuming that the reaction mixture of D and M behaves like an ideal gas. d) Compare and comment on the results between b and c above, discussing in particular the dominant intermolecular forces. The dimer component undergoes an elementary decomposition reaction to a gaseous monomer component (M) according to the reaction: D → 2 M. The critical temperature of component M is 420 K, and its critical pressure is 42 bar. Calculate the reactor pressure as function of the conversion of D using vdW-EOS for mixtures. Use the following mixing rules for the two van der Waals constants: a mix = ΣΣν ν (α:α;)12 i j bmix = Σybi i) Describe your calculation method and present any equations/formulae used. ii) Tabulate and plot your results. For your calculations, table, and plot, use a conversion increment of 0.05 (5 %). c) Perform the same calculations, tabulating and plotting your results, assuming that the reaction mixture of D and M behaves like an ideal gas. d) Compare and comment on the results between b and c above, discussing in particular the dominant intermolecular forces.
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i Calculation Method and Equations To calculate the reactor pressure as a function of the conversion of D we will use the van der Waals equation of st... View the full answer
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