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17 Nov 2019
Draw a simple P-T phase diagram for a one-component system. On this diagram, indicate the phases of solid, liquid and gas, the phase boundaries, and triple point. Use the phase rule to determine the degree of freedom (F) for one-phase area, phase boundary, and triple point, respectively. At 1 atm, liquid octane has boiling point at 11 l degree C and liquid methylbenzene has boiling point at 126 degree C. They can form a two-component ideal solution system. Sketch a temperature-composition (T-X) phase diagram for the system. Indicate the phases in each region.
Draw a simple P-T phase diagram for a one-component system. On this diagram, indicate the phases of solid, liquid and gas, the phase boundaries, and triple point. Use the phase rule to determine the degree of freedom (F) for one-phase area, phase boundary, and triple point, respectively. At 1 atm, liquid octane has boiling point at 11 l degree C and liquid methylbenzene has boiling point at 126 degree C. They can form a two-component ideal solution system. Sketch a temperature-composition (T-X) phase diagram for the system. Indicate the phases in each region.
Bunny GreenfelderLv2
28 May 2019