Solution, Colloid, & Suspension Properties

Here are flashcards on the properties of solutions, colloids, and suspensions based on their ability to scatter light, whether they are filterable, and whether they settle out when standing.

Flashcard 1

Front: Can solutions scatter light?
Back: No, solutions do not scatter light because their particles are too small.

Flashcard 2

Front: Are solutions filterable?
Back: No, solutions are not filterable because the solute particles are dissolved at the molecular or ionic level and are too small to be trapped by a filter.

Flashcard 3

Front: Do solutions settle out when standing?
Back: No, solutions do not settle out because the solute particles are completely dissolved in the solvent.

Flashcard 4

Front: Can colloids scatter light?
Back: Yes, colloids can scatter light, a phenomenon called the Tyndall effect. Their particles are large enough to interact with light but not large enough to settle out.

Flashcard 5

Front: Are colloids filterable?
Back: No, colloids are not filterable through ordinary filters, as their particles are small enough to pass through but large enough not to dissolve.

Flashcard 6

Front: Do colloids settle out when standing?
Back: No, colloids do not settle out when standing because the particles are small enough to remain suspended in the solvent.

Flashcard 7

Front: Can suspensions scatter light?
Back: Yes, suspensions can scatter light, as their particles are large enough to interact with light.

Flashcard 8

Front: Are suspensions filterable?
Back: Yes, suspensions can be filtered because their particles are large enough to be trapped by a filter.

Flashcard 9

Front: Do suspensions settle out when standing?
Back: Yes, suspensions will settle out over time because their particles are large enough to separate from the liquid.