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A solution is made using 15.1 percent by mass CH2Cl2 in CHCI. At 30 °C, the vapor pressure of pure CH2Cl2 is 490 mm Hg, and the vapor pressure of pure CHCI is 260 mm Hg. The normal boiling point of CHCI is 61.7 °C. Would you expect this solution to form an ideal solution? A) Yes, because CH2Cl2 and CHCI. share the same intermolecular forces. B) Yes, because molecules in a mixture with the same elements will form an ideal solution. C) No, because the molar mass of CHCI is larger than that of CH2Cl2. D) No, because all solutions are endothermic.
A solution is made using 15.1 percent by mass CH2Cl in CHCI. At 30 °C, the vapor pressure of pure CH2Cl is 490 mm Hg, and the vapor pressure of pure CHCI is 260 mm Hg. The normal boiling point of CHCls is 61.7 °C. What is the mole fraction of CH2Cl2 in the solution?
A solution is made using 15.1 percent by mass CH2Cl in CHCls. At 30 °C, the vapor pressure of pure CH2Cl is 490 mm Hg, and the vapor pressure of pure CHCl3 is 260 mm Hg. The normal boiling point of CHCls is 61.7 °C. What is the vapor pressure of the solution in mmHg?
A solution is made using 15.1 percent by mass CH2Cl2 in CHCls. At 30 °C, the vapor pressure of pure CH2Cl2 is 490 mm Hg, and the vapor pressure of pure CHCI is 260 mm Hg. The normal boiling point of CHCIS is 61.7 °C. What is the molality of CH2Cl2 in the solution?
A solution is made using 15.1 percent by mass CH2Cl2 in CHCI. At 30 °C, the vapor pressure of pure CH2Cl2 is 490 mm Hg, and the vapor pressure of pure CHCl3 is 260 mm Hg. The normal boiling point of CHCIs is 61.7 °C. What is the boiling point in °C of the solution? (Kb for CHCI is 3.67 °C/m)