Milk of magnesia and milk both are colloids then how are they different from one another???
Answers
Answer:
The difference is there is in ph
Answer:
Colloids refer to dispersions of small particles usually with linear dimensions from around 1 nm to 10 micrometres. These particles may be either dissolved macromolecules or having macromolecular structures formed from smaller structural units, or they may constitute a separate phase as in aerosols, powders, pigments dispersions, emulsions or even finely pigmented plastics.
These multiphase colloids mentioned above make an account of the properties of both phase and the interface between them and so their investigation is a natural adjunct to the study of the interface and reaching down to the size of colloid particles.
Colloids Solutions Examples
The use of colloids vs crystalloids is still very specifically controversial. A colloid preferred by a physician or basically a plasma expander may work better if colloids are present instead of crystalloids. Many of the colloids might contain albumin which has osmotically equal to plasma and 25% of solutions.
Colloids help in pulling fluid into the bloodstream. Their effects last several days if the lining of the capillaries is found to be normal.
Most of these colloid solutions have the following characteristics.
Thermal kinetic energy helping the mobility
The inertial effect’s absence from fluids
Now or negligible gravitational effects
The type of interactions due to electromagnetic radiation
Closer at home we get to see milk which is considered to be the best example of colloid, the shampoo that we get to use, liquid hand wash we use and moreover, the liquid metal polisher we usually use at home.
Explanation:
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