Osmotic Pressure

This page is an exercise in osmotic pressure relationships. When you press "New Problem" a solute formula appears in the first cell and two of the other cells will show values. Determine the value of the missing cell and press "Check Answer." Results appear in the second table.

Hints

Be careful about dissociating solutes
All solutions are treated as ideal
It is assumed there are not additional processes beyond the possible solute dissociation
You can should continue to work on a problem until you get it correct, but you can get a new problem at any time.

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Drill and Practice Problems

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Chemistry 145

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Chemistry 146

These problems are provided courtesy of Prof. George Wiger (gwiger@chemistry.csudh.edu) at California State University, Dominguez Hills.

Please direct any questions about this site to Please send comments or suggestions to svanbram@science.widener.edu

Scott Van Bramer
Department of Chemistry
Widener University
Chester, PA 19013

This page has been accessed times since 9/1 /98 .

Last Updated: Tuesday, September 01, 1998 11:12:46 AM

Solute	Solute(grams)	Volume(mL)	Osmotic P(atm)	T(in K)

Results	Total Done	Total Correct