Immiscible Liquids Phase Diagrams: Interactive Simulations
This simulation is browser-based and will work directly on this page. Try to predict the behavior when a parameter changes before using a slider to change that parameter. Screencasts below explain how to use these simulations.
Simulation: Immiscible Liquids on Pressure-Composition Diagram
Try to answer these questions before determining the answer with the simulation. We suggest that you write down the reasons for your answers.
- For a temperature of 122°C, how many phases are present for a benzene mole fraction 0.30 and a pressure of 3.8 bar?
- How does the pressure-composition graph change as the temperature increases?
Try to answer these questions before determining the answer with the simulation. We suggest that you write down the reasons for your answers.
- How many phases are present at 12 bar and 160°C for a benzene mole fraction of 0.35?
- How does the graph change as pressure increases?