wo organic solvents (A and B) form an ideal solution when they mixed at 25 °C. The vapor pressures of A and B solvents at 25 °C are 500 and 180 mmHg, respectively. By mixing 30 mL of A (d=0.64 g/mL) with 48 mL B (d=0.67 g/mL), an ideal solution is prepared. (a) What is the vapor pressure of resulting ideal solution? (b) What is the composition by mole fraction of A in the vapor that is in equilibrium with this solution? (Mw of A= 72.15 g/mol; Mw of B= 86.17 g/mol)
wo organic solvents (A and B) form an ideal solution when they mixed at 25 °C. The vapor pressures of A and B solvents at 25 °C are 500 and 180 mmHg, respectively. By mixing 30 mL of A (d=0.64 g/mL) with 48 mL B (d=0.67 g/mL), an ideal solution is prepared. (a) What is the vapor pressure of resulting ideal solution? (b) What is the composition by mole fraction of A in the vapor that is in equilibrium with this solution? (Mw of A= 72.15 g/mol; Mw of B= 86.17 g/mol)
Chapter11: Properties Of Solutions
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Two organic solvents (A and B) form an ideal solution when they mixed at 25 °C. The vapor
pressures of A and B solvents at 25 °C are 500 and 180 mmHg, respectively. By mixing 30 mL
of A (d=0.64 g/mL) with 48 mL B (d=0.67 g/mL), an ideal solution is prepared.
(a) What is the vapor pressure of resulting ideal solution?
(b) What is the composition by mole fraction of A in the vapor that is in equilibrium with
this solution? (Mw of A= 72.15 g/mol; Mw of B= 86.17 g/mol)
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