Explain Raoult's law that represents ideal mixture behaviors. Assuming that a 1:1 (wt ratio) benzene-toluene liquid mixture can be considered as an ideal mixture, at what pressure will boiling commence when the total pressure is reduced at 60 C. The saturated vapor pressure of benzene/toluene can be expressed as InPBz = 15.9008 2788.51/(T 52.36) and InPTol = 16.0137 - 3096.52/(T - 53.67), where P is in mm-Hg and T is in K.

Explain Raoult's law that represents ideal mixture behaviors. Assuming that a 1:1 (wt ratio) benzene-toluene liquid mixture can be considered as an ideal mixture, at what pressure will boiling commence when the total pressure is reduced at 60 C. The saturated vapor pressure of benzene/toluene can be expressed as In PBZ = 15.9008 - 2788.51/(T - 52.36) and InProl = 16.0137 - 3096.52/(T - 53.67), where Pis in mm-Hg and T is in K