Difference b/w Dilute Concentrated and Saturated Solution
A solution does not always refer to the key with which a problem is solved. In Chemistry this word refers to a type of mixture in which one or more things are added. What is added is known as a solute, while what is added to is known as a solvent. Difference b/w Dilute Concentrated and Saturated Solution
One of the most important characteristics of a solution is that the final mixture is homogeneous, which means that none of the two or more ingredients that make up the solution can be seen with the naked eye, but can be seen as if it were just one . Similarly, ingredients once combined cannot be easily separated.
There are many ways to describe a solution, two of the most common ways are described by the terms diluted or concentrated. Two words that specifically refer to the strength or concentration of the solution, that is, the proportion of solute in the solvent.
If you have any doubts about the difference between a concentrated solution and a diluted solution, then keep reading, because below we explain everything you need to know about this topic.
DILUTE SOLUTION Difference b/w Dilute Concentrated and Saturated Solution
In this case, it is simply a solution that has less solute dissolved in the solvent, that is, it is less concentrated. For example, think of a pinch of salt in a glass of water; in this case it will be a dilute solution because there will clearly be little salt compared to the amount of water.
When working with homeopathy, a process of dissolving substances (sometimes dangerous or poisonous) in water is usually carried out; so that in the end the present amount of said substance is so minimal that it cannot cause any type of discomfort.
On the other hand, it can be said that a solution is concentrated when the opposite occurs to the case explained above; that is, if there is a large amount of solute in the solvent; then it is a concentrated solution.
Finally, most people believe that solutions can only be liquid, when in fact they can be found in liquid, solid and gaseous states. An example of a solid solution is steel, where carbon atoms are dissolved in iron atoms. Likewise, air is a popular example of a gaseous solution; since in this case oxygen and other gases dissolve in nitrogen.