Given the pure vapor pressure of two organic compounds in Pa as a function of absolute temperature, K 1188.21 2016.075 = 12.807 and = 15.459 T- 83.85 T-41.79375 If the gases behaves ideally, determine...


Given the pure vapor pressure of two organic compounds in Pa as a<br>function of absolute temperature, K<br>1188.21<br>2016.075<br>= 12.807<br>and<br>= 15.459<br>T- 83.85<br>T-41.79375<br>If the gases behaves ideally, determine the mole fraction in the solution<br>and in the vapor of each organic compound at 225K and a total pressure<br>of 1100PA.<br>

Extracted text: Given the pure vapor pressure of two organic compounds in Pa as a function of absolute temperature, K 1188.21 2016.075 = 12.807 and = 15.459 T- 83.85 T-41.79375 If the gases behaves ideally, determine the mole fraction in the solution and in the vapor of each organic compound at 225K and a total pressure of 1100PA.

Jun 07, 2022
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