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Homework #1: Osmolarity/tonicity Problem: A patient has the following volumes of distribution: deuterium oxide: 42 liters...

Homework #1: Osmolarity/tonicity Problem: A patient has the following volumes of distribution: deuterium oxide: 42 liters inulin: 13 liters Evans blue: 2.8 liters Her plasma shows a freezing point depression of 0.55 degrees C. For an ideal solution, a 1 OsM solution depresses the freezing point 1.86 degrees C. 6. Patient eliminates 0.8 L of sweat that contains 150 milliosmoles NaCl.

Total

ECF

ICF

Vol L

Sol osmol

mOsM

Explanation:

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  • deuterium oxide: 42 liters             inulin: 13 liters                        

    deuterium oxide: 42 liters             inulin: 13 liters                            Evans blue: 2.8 liters Her plasma shows a freezing point depression of 0.55 degrees C. For an ideal solution, a 1 OsM solution depresses the freezing point 1.86 degrees C. 1. osmolarity of her body fluids? --> 0.295 2. How much solute (osmoles) exists in each of the above compartments? (shown below) Using the data above as the initial conditions in each case, determine the effects of the following procedures on the...

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