Difference Between Solution Suspension and Colloid
An engaging introduction to hook the reader to continue reading until the end.
What is Solution Suspension?
A solution suspension is a mixture in which particles of a solid are dispersed and remain suspended within a liquid. These particles are usually larger and do not dissolve completely in the liquid.
Examples of Solution Suspension:
- Muddy water
- Chalk in water
- Flour in water
Uses of Solution Suspension:
- Pharmaceutical formulations
- Food industry (emulsions, sauces)
- Paints and coatings
What is Colloid?
A colloid is a mixture in which particles of a substance are dispersed throughout a different substance. Unlike solution suspension, colloids have particles that are much smaller in size and do not settle down.
Examples of Colloid:
Uses of Colloid:
- Medicine (IV fluids)
- Photography (emulsions)
- Food industry (emulsions, foams)
|Particles settle down
|Particles do not settle
|May be opaque or translucent
|No Tyndall Effect
|Exhibit Tyndall Effect
|Can be separated by filtration
|Cannot be separated by filtration
|Not uniformly distributed
|May appear cloudy or turbid
|Usually appears clear
|Size of Particles
|Larger particle size
|Smaller particle size
|Mobility of Particles
|Particles may settle upon standing
|Particles do not settle, remain distributed
In summary, solution suspension and colloid differ in terms of particle size, settling, transparency, Tyndall effect, separation, homogeneity, stability, appearance, size of particles, and mobility. Solution suspensions have larger particles that settle down, while colloids have smaller particles that do not settle and exhibit Tyndall effect. Solution suspensions are less stable and may appear cloudy, while colloids are more stable and usually appear clear.
People Also Ask:
- What is the difference between a solution suspension and a colloid?
- Can solution suspensions and colloids be separated?
- What are some examples of solution suspensions?
- What are some examples of colloids?
- Which industrial applications use solution suspensions and colloids?
The main difference lies in particle size, settling, transparency, and stability. Solution suspensions have larger particles that settle down, while colloids have smaller particles that do not settle, resulting in a translucent appearance and increased stability.
Solution suspensions can be separated by filtration, whereas colloids cannot be separated by filtration due to the small size of particles.
Examples of solution suspensions include muddy water, chalk in water, and flour in water.
Examples of colloids include milk, gelatin, and mayonnaise.
Pharmaceutical formulations, food industry (emulsions, sauces), and paints and coatings commonly use solution suspensions. Colloids are used in medicine (IV fluids), photography (emulsions), and the food industry (emulsions, foams).