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Mixtures Mastery: Solutions, Suspensions & Colloids

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Mixtures types quiz

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Malasia

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Mixtures Mastery: Solutions, Suspensions & Colloids
 

Mixtures Mastery: Solutions, Suspensions & ColloidsVersión en línea

Mixtures types quiz

por Nur Faihaa
1

What term describes a solution with a small amount of solute relative to solvent?

2

Which is an example of a concentrated solution?

3

A solution that holds the maximum amount of solute at a given temperature is called a what?

4

What is a mixture where solid particles do not settle quickly and are too small to be seen easily?

5

Which type of mixture has solid particles that settle out over time?

6

In a colloid, how are the dispersed particles typically described?

7

What describes a homogeneous mixture where solute is dissolved in solvent?

8

Which phrase best distinguishes a suspension from a solution?

9

Which term describes a solution with little solute?

10

What process can turn a soluble solid into a saturated solution faster?

11

Which state of matter combination best describes a solution?

12

What happens when additional solute cannot dissolve at a given temperature?

13

Which is NOT a characteristic of a colloid?

14

Which example is a suspension?

15

Which example is a true solution?

16

What is the key difference between a dilute and a saturated solution at the same temp?

17

What happens to a saturated solution if more solute is added at the same temperature?

18

Which statement best fits a concentrated solution?

19

In which case is ternary mixture most likely to be a colloid?

20

Which property helps distinguish a suspension from a solution?

21

Which statement about solutions is true?

22

What is a common effect seen when light passes through a colloid?

23

Which is an everyday example of a suspension?

24

How does temperature commonly affect solubility of a solid in a liquid?

25

Which term best describes a mixture with both dispersed phase and continuous phase similar to a gel?

Feedback

A dilute solution has little solute compared to solvent.

Concentrated solutions have a large amount of solute.

Saturated means no more solute can dissolve at that temperature.

Colloids are intermediate between solution and suspension.

Suspensions separate as solids settle under gravity.

Colloids contain tiny particles dispersed in another substance.

Solutions are uniform at the molecular level.

Suspensions often settle; solutions remain clear.

Dillute means not much solute in the solvent.

Dissolving is limited by temperature and concentration.

Solutions involve dissolution of solute in solvent.

No more solute dissolves; precipitation may occur.

Colloid particles are small but not always visible.

Sand settles over time in water, forming a suspension.

Salt fully dissolves, forming a true solution.

Dissolved solute amount distinguishes them.

Solubility limit reached; solute may precipitate.

Concentrated solutions have lots of solute.

Milk is a classic colloid (fat droplets in water).

Settling is a hallmark of suspensions.

In a solution, solvent is the larger component.

Tyndall effect is scattering by colloidal particles.

Muddy water has particles that settle.

For many solids, higher temp increases solubility.

Colloids have dispersed and continuous phases.

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