Q1.1 Find the Dew Temperature of Mixture: Benzene(1)+Toluene(2) 10 Points Determine the dew point temperature of the first dew created from a saturated gas mixture of benzene and toluene containing 85 mole percent benzene at 200kPa. Benzene and toluene mixtures may be considered as ideal. Data: Vapor pressure, Psat, data: In Psat =AB/(T+C), where Psat is in kPa and T is in oK. Compound A B C Benzene (1) 14.16032948.7844.5633 Toluene (2) 14.25153242 .38 - 47.1806 Show Dew T in Kelvin! Q1.2 Liquid dew composition in Dew Calculation 10 Points For the Dew calculation above, find the dew mole fraction, x1, for benzene! Enter 1 Q2 Bubble point calculation 20 Points Q2.1 Find the Bubble Temperature of Mixture: Benzene(1)+Toluene(2) 10 Points Determine the bubble point temperature of the first bubble created from a saturated liquid mixture of benzene and toluene containing 80 mole percent benzene at 200kPa. Benzene and toluene mixtures may be considered as ideal. Data: Vapor pressure, Psat, data: In Psat =AB/(T+C), where Psat is in kPa and T is in oK. Compound A B C Benzene (1) 14.16032948.7844.5633 Toluene (2) 14.25153242.3847.1806 Find T (bubble) in Kelvin. Q2.2 Find vapor mole fraction of benzene 10 Points For the Problem 2.1, find the benzene vapor mole fraction