At 28.0°C, the vapor pressure of acetonitrile, CH₃CN, is 102.0 torr while that of acetone, C₃H₆O, is 228.9 torr, and for CS₂ the value is 378.7 torr. A three-component solution is made by adding 0.300 moles of CH₃CN and 0.400 moles of C₃H₆O to 0.350 moles of CS₂. The mixture behaves as an ideal mixture. What is the vapor pressure of the solution?Hint: Organizing the given information into moles and mole fraction of each component will help in solving this problem.

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The Answer of At 28.0°C, the vapor pressure of acetonitrile, CH₃CN, is 102.0 torr while that of acetone, C₃H₆O, is 228.9 torr, and for CS₂ the value is 378.7 torr. A three-component solution is made by adding 0.300 moles of CH₃CN and 0.400 moles of C₃H₆O to 0.350 moles of CS₂. The mixture behaves as an ideal mixture. What is the vapor pressure of the solution?Hint: Organizing the given information into moles and mole fraction of each component will help in solving this problem.

At 280°C, the Vapor Pressure of Acetonitrile, CH3CN, Is 102

At 280°C, the Vapor Pressure of Acetonitrile, CH₃CN, Is 102