This problem asks for the bubble temperature and K-ratios using Raoult's law. There are three parts to this problem, displayed one part at a time.

Antoine Coefficients log10(Psat(mmHg)) = A - B/(T(C) + C ):

1-propanol: A: 8.37895, B: 1788.02, C: 227.438

2-propanol: A: 8.87829, B: 2010.33, C: 252.636

1-butanol: A: 7.81028, B: 1522.56, C: 191.95

Using the Antoine coefficients given, check your programming of vapor pressure by calculating the VLE K-ratio for each component at at 340 mmHg and 64.7C. Provide three significant figures.

1-propanol: Ki=0.5333

2-propanol: Ki= 1.028

1-butanol: Ki= 0.2220

what is the bubble temperature (C) at 340 mmHg for 1-propanol, 2-propanol, and 1-butanol with their respective compositions: 0.76, 0.10, and 0.14?