14. A certain gas at temperature T obeys the relation PV = RT + BP + CP². Deduce the expression for In y of the gas as a function of P at this temperature. 15. If in problem 14 T = 223.2°K, B = -3.69...

14. A certain gas at temperature T obeys the relation PV = RT + BP + CP².<br>Deduce the expression for In y of the gas as a function of P at this temperature.<br>15. If in problem 14 T = 223.2°K, B = -3.69 × 10-?, and C = 1.79 × 10-4<br>for volume in liters and pressure in atmospheres, what will be the activity coef-<br>ficient of the gas at P = 100 atm?<br>

Extracted text: 14. A certain gas at temperature T obeys the relation PV = RT + BP + CP². Deduce the expression for In y of the gas as a function of P at this temperature. 15. If in problem 14 T = 223.2°K, B = -3.69 × 10-?, and C = 1.79 × 10-4 for volume in liters and pressure in atmospheres, what will be the activity coef- ficient of the gas at P = 100 atm?

Jun 08, 2022

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14. A certain gas at temperature T obeys the relation PV = RT + BP + CP². Deduce the expression for In y of the gas as a function of P at this temperature. 15. If in problem 14 T = 223.2°K, B = -3.69...

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