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| 1. | dissolved portion of the solution |
| 3. | temperature difference between the boiling point of a solution and the boiling point of its pure solvent |
| 4. | solute + solvent |
| 5. | M1xV1=M2xV2 |
| 7. | used to dissolve particles in a solution |
| 8. | a type of pressure |
| 9. | physical properties of a solution that are affected by the number of solute particles but not by the identity of those particles |
| 10. | contains more dissolved solute than does a saturated solution at the same temperature. |
| 11. | 1g(solid) is equivalent to 1_____(liquid) |
| 12. | volume of solute/volume of solution x 100 |
| 13. | erractic movement of particles |
| 14. | liquids that are not soluble in one another |
| 16. | ratio of the number of moles of solute or solvent to the total number of moles of solute plus solvent in solution |
| 17. | contains the maximum amount of dissolved solute for a given amount of solvent at a specific temperature and pressure |
| 18. | particles are between 1nm and 1000nm. Particles do not settle or dissolve |
| 19. | mass of solute /mass of solution x 100 |
| 20. | the pressure required in osmosis |
| 23. | the maximum amount of solute that will dissolve in given amount of solvent at a specified temperature and pressure |
| 24. | testing a colloid with light to see if the particles will scatter which would be proof of the substance being a colloid. |
| 26. | mols of compound/element x ________ = mass of compound/element |
| 27. | moles of solute/ kg of solvent |
| 28. | another name for solvation |