Most likely in between both pure substance Bp.'s, this cannot be calculated, it has to be experimentally measured and determinated (Tx,y diagram)
Ethanediol: Bp. 197.3 °C (470 K)
Ethanol: Bp. 78.4 °C, 352 K
80 C
88 C
79 c
35 c
The solution does not have to be at room temperature. Depending on what the solution is, the solution must be heated to it's proper boiling point in order for it to evaporate. Everything has a melting, freezing and a boiling point, and the salt's melting and boiling point's are extremely high, therefore the salt will be left behind when the solution is evaporated, unless the solutions boiling point is higher then the salt's boiling point.
Yes, it is possible if the solution contain solutes.
At the boiling point liquids become gases and if the solution contain dissolved solids they remain as residues.
Lower. The boiling point of ethanol is 78 degrees C. Adding salt to water raises the boiling point of that solution above 100 degrees C.
79c
80c
88c
80c
35 c
80 degrees Celsius
due to intermolecular hydrogen bonding
ethanol has a higher boiling point- of 78°C :)
Higher then the boiling point of the solvent.
Boiling Point Elevation
We are considering the process: C2H5OH (l) -> C2H5OH (g) Kp = P(C2H5OH) At the normal boiling point of C2H5OH, the equilibrium constant, Kp, for this process is 1, and ΔG0 = -RTln(K) = 0 = ΔH0 - TΔS0. Substituting 42600 J for ΔH0 and 78.5 + 273.15 = 351.65 K for T gives ΔS0 = 121 J/K.
The solution does not have to be at room temperature. Depending on what the solution is, the solution must be heated to it's proper boiling point in order for it to evaporate. Everything has a melting, freezing and a boiling point, and the salt's melting and boiling point's are extremely high, therefore the salt will be left behind when the solution is evaporated, unless the solutions boiling point is higher then the salt's boiling point.