| Clue | Answer |
|---|
| A concentration at which no further solute will dissolve in a solution | |
| Properties of solutions that depend on the number of molecules in a given volume of solvent and not on the properties (e.g. size or mass) of the molecules | |
| The amount of light absorbed by a substance at a given wavelength is directly proportional to its concentration in a solution. | |
| How much of a given substance there is mixed with another substance, often referring to a solvent in a solute | |
| The formation of a solid in a solution | |
| Describes the effect on freezing point of a solution with increasing concentration | |
| Used to measure the osmotic pressure of a solution | |
| The condition of an animal cell in a hypertonic solution | |
| Two substances that form a solution when mixed in any proportion | |
| A substance dissolved into a solution | |
| A homogeneous mixture composed of two or more substances | |
| A solution with a much HIGHER concentration than that of solution within a semi-permeable membrane (such as a cell) | |
| In colligative properties calculations this variable corrects for ionic dissociation | |
| The condition of an animal cell in a hypotonic solution | |
| The scattering of light particles caused by colloids that tends to reflect blue better than other colors | |
| To add more solvent or reduce the amount of solute | |
| Reaction equivalents/L solution | |
| Used to measure the boiling point of solutions | |
| The rate at which one substance is solvated by another | |
| The pressure at which a gas will be dissolving back into solution at the same rate it is evaporating | |
Planets from the Sun
Multiplication Table
Minute Math (Addition)
