What is an ideal solution and a real solution?  Describe volatility and relative volatility?  Please answer at your own easy words.

Rank the listed real (non-ideal) solutions from lowest to highest osmotic pressure when all at the same temperature. Show the work used to determine this order. 0.010 M NaCl 0.020 M NaCl 0.027 M MgCl2 0.020 M CaSO4 0.020 M C12H22O11 (Sucrose) 0.040 M C12H22011 (Sucrose) 0.080 M C12H22011 (Sucrose)

Explain the difference between an ideal and a nonideal solution.

Arrange the boiling points of the aqueous solutions, relative to pure water. Assume complete dissociation for the ionic compounds. Highest boiling point H,0 0.13 m K,SO4 0.15 m NaCl 0.18 m C12H„011 0.25 m C12H011 Lowest boiling point Answer Bank help contact us terms of use

The vapor pressure of pure water is 23.80 torr at 25.00ºC. Determine the vapor pressure of an aqueous solution containing 45.00 g of glucose (a non-volatile, nonelectrolyte; molar mass = 180.2 g/mol) dissolved in 100.0 g of water. Group of answer choices 793.3 torr 0.9708 torr 23.11 torr 24.15 torr 20.18 torr 22.78 torr64

Determine the molality of a 6.930 wt % aqueous solution of LiCl.

A solution is made up of two volatile substances: liquid 1 for which P1*= 198 Torr and Liquid 2 for which P2* = 230 Torr. What is the molar mass of 8.824 kg of liquid 1, if the total vapor pressure is 215 Torr and there’s 2.00 total moles in solution.