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### 17 Cards in this Set

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 mass percent (mass solute/mass solution)x10^2 ppm (mass solute/mass solution)x10^6 ppb (mass solute/mass solution)x10^9 molality moles solute/kg solvent solvation attractive interaction of solvent molecules miscible can be mixed in all quantities how do you change molarity into parts molality? ??? Raoult's law The vapor pressure of each chemical component in an ideal solution is dependent on the vapor pressure of the individual component and the mole fraction of the component present in the solution. ideal solution obeys Raoult's law. Differences in solv./solv, solv/solute, and solute/solute intermol. forces causes deviation from ideal behavior. Osmotic pressure pi pi= MRT miscible can be mixed in all quantities how do you change molarity into parts molality? ??? Raoult's law The vapor pressure of each chemical component in an ideal solution is dependent on the vapor pressure of the individual component and the mole fraction of the component present in the solution. ideal solution obeys Raoult's law. Differences in solv./solv, solv/solute, and solute/solute intermol. forces causes deviation from ideal behavior. Osmotic pressure pi pi = MRT colloid particles that are large but still small enough to be suspended in a solvent system are called colloids. Can be hydrophilic or hydrophobic. tyndall effect scattering of visible light through a colloid dispersion