I am a little confused about how vapor pressures of solutions. Here is my understanding: when you have two substances and only one them is volatile, then you can employ a simple application of Raoult's law. The same goes for when you have two volatile substances that do not interact with each other (ideal solution). If the mixing of the solutions is exothermic or endothermic, then you have an azeotrope with a new boiling point that can only be separated by fractional distillation. But in this case of mixing two volatile substances (and you have an ideal solution), there will be a new vapor pressure, so would the liquid mixture boil at a different temperature or would each substance vaporize separately? So in this case, simple distillation could be employed.
Thanks!!!
Thanks!!!