Question

How do solutions differ from heterogeneous mixtures? Other classes of matter?

Answer 1

Hint :Many homogeneous mixtures are colloquially known as solutions. A heterogeneous mixture is made up of visibly distinct substances or phases. Gas, liquid, and solid are the three phases or states of matter. Particles in solutions are the size of atoms or molecules, which are too small to see.

Complete Step By Step Answer:
A heterogeneous mixture is a type of mixture in which the components are visible due to the presence of two or more phases.
Examples:
-Water and oil
-Water and mercury
-Water and carbon tetrachloride
Heterogeneous solutions, also known as suspensions, occur when the solution has two distinct parts. There is only one distinct phase in homogeneous solutions.
Consider salt water, which is a homogeneous solution of sodium chloride in water. Consider other instances where the solution has only one distinct part or where the constituent solute is completely dissolved by the constituent solvent within the solution; these are homogeneous solutions.
Consider oil and water, which will separate into two distinct parts. These can sometimes be different phases of matter, in which case it is more accurate to call it a heterogeneous mixture. A heterogeneous solution of oil and water will form a colloid and become a suspension.
The distinction is visible at the macroscopic level (the level we see it at). A heterogeneous mixture appears to be composed of various substances. A solution appears to be consistent throughout. A solution is transparent in the fluid phase (gas or liquid, or any combination of these) (thought not colourless). A solid solution (such as bronze) will not be transparent.

Note :
It is worth noting that some heterogeneous mixtures, such as milk, appear the same throughout. However, keep in mind that because milk is not transparent, it should not be classified as a solution, which it is not. Because fine fat globules are suspended in a water-based solution, it is classified as a colloidal suspension.