No Date Question 4 [lat Exam A binany ideal solution contains to mode 2 A and so much? 18. Component A behaves as an ide

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No Date Question 4 Lat Exam A Binany Ideal Solution Contains To Mode 2 A And So Much 18 Component A Behaves As An Ide 1 (36.5 KiB) Viewed 74 times

No Date Question 4 Lat Exam A Binany Ideal Solution Contains To Mode 2 A And So Much 18 Component A Behaves As An Ide 2 (54.88 KiB) Viewed 74 times

No Date Question 4 Lat Exam A Binany Ideal Solution Contains To Mode 2 A And So Much 18 Component A Behaves As An Ide 3 (54.88 KiB) Viewed 74 times

No Date Question 4 [lat Exam A binany ideal solution contains to mode 2 A and so much? 18. Component A behaves as an ideal The Virial Eos for pure B i : 2 = 1 + &P, where gas in ti pune otate Bp2 -0,01 bar The idhal solution is at 3000 and 1 bar. (a) Calculate the fugacity to pure A and B. onder their respective partial presower. (by Calculate the fogunity of the mixture co What are the activity coefficients for both components ca. What the fugauty coefficients for A and is in the mixture? Remember in an ideal solution, sportial molar volume of a certain component o equal molar volume in the mixture ?
No. Date ideal pure state where Question 4 [last Exam 1 A binay ideal solution contains 70 mole %. A and 30 mode 2 8. Component A behaves as an The Virial Eos for pure B is : 2 = 1 + Bp P. Bp = -0,01 bart The ideal solution is at 300k and 1 bar. (a) Calculate the fugacity for pure A and B under their respective partial pressures. (by Calculate the fugauity of the mixture co) What are the activity coefficients for both components in the mixture ? cob What are the fugauity coefficients for A and B ) B in the mixture ? Remember in an ideal solution the partial molar volume of a certain component is eque molar volume. pure . to its