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18 Dec 2019

Substances A and B are both volatile liquids with pA = 300 Torr and pB = 200 Torr, respectively. When the mole fraction of A, XA = 0.9, pA = 250 Torr and pB = 25 Torr. Calculate the activities of A and B. Use Raoult's Law for substance A, and Henry's Law for substance B.

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Substances A and B are both volatile liquids with pA = 300 Torr and pB = 200 Torr, respectively. When the mole fraction of A, XA = 0.9, pA = 250 Torr and pB = 25 Torr. Calculate the activities of A and B. Use Raoult's Law for substance A, and Henry's Law for substance B.

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Substances A and B are both volatile liquids with p*A = 300 Torr and p*B = 200 Torr, respectively. When the mole fraction of A, XA = 0.9, pA = 250 Torr and pB = 25 Torr. Calculate the activities of A and B. Use Raoult's Law for substance A, and Henry's Law for substance B.

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Related textbook solutions

Basic Chemistry

Principles of Chemistry Molecular Approach

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Substances A and B are both volatile liquids with pA = 300 Torr and pB = 200 Torr, respectively. When the mole fraction of A, XA = 0.9, pA = 250 Torr and pB = 25 Torr. Calculate the activities of A and B. Use Raoult's Law for substance A, and Henry's Law for substance B.