If the osmotic pressure of a 8.88×10-2-M aqueous solution of CaCl2 was found to be 5.77 atm at 20°C, what would be the "
Posted: Sun Apr 10, 2022 6:22 pm
If the osmotic pressure of a 8.88×10-2-M aqueous solution of
CaCl2 was found to be 5.77 atm at 20°C, what would be the
"observed" van't Hoff factor? 2.70 . Use the above
van't Hoff factor to predict the freezing point of this solution.
Note that the corresponding molality would be 9.00×10-2 m, given
that the density of the solution is 0.997
g/cm3. -4.52×10-1 °C
question is Use the above van't Hoff factor to predict
by how many degrees the boiling point of this solution will be
elevated above that for pure water.
CaCl2 was found to be 5.77 atm at 20°C, what would be the
"observed" van't Hoff factor? 2.70 . Use the above
van't Hoff factor to predict the freezing point of this solution.
Note that the corresponding molality would be 9.00×10-2 m, given
that the density of the solution is 0.997
g/cm3. -4.52×10-1 °C
question is Use the above van't Hoff factor to predict
by how many degrees the boiling point of this solution will be
elevated above that for pure water.