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ChemBench
The pressure that drives osmosis.
Osmotic pressure is the exact pressure that would need to be applied to a solution to stop water from flowing into it across a semi-permeable membrane — it depends on how many dissolved particles are present, not what they are.
Osmotic pressure governs how cells gain or lose water in different solutions — IV fluids are carefully formulated to match blood's osmotic pressure so they don't cause red blood cells to swell or shrink.
Molar mass of any chemical formula (e.g. H2O, C6H12O6, Ca(OH)2).
OpenPercent composition of an element within a chemical formula.
OpenSimplest whole-number ratio formula from elemental masses or percentages.
OpenPercent yield from actual and theoretical reaction yields.
OpenOsmotic pressure
2.447 atm
What you entered
Π = iMRT
1 × 0.1 × 0.0821 × 298= 2.4466 atmResult
Osmotic pressure: 2.447 atm
This solution's osmotic pressure is 2.447 atm.