Solute and solvent are two main components that mix together to form a solution. Solute is the substance that dissolves in the solvent. For example, lemon juice and sugar are dissolved in water to make lemon juice. In this solution lemon juice and sugar are solutes while water is a solvent in which they get dissolved. Water is a common solvent that can dissolve a wide range of solutes to prepare solutions such as tea, soda, coffee and more. Understanding solutes and solvent is essential as they are used in medicines, beverages, cleaning products and industries. In this article, we will explain in detail about solute and solvent in a solution, their properties and types along with examples.
A solute is a substance in less quantity that gets dissolved in another substance which is more in quantity to prepare a solution. The component in higher quantity that dissolves a solute is called a solvent. Some common examples of solute around us are sugar, salt, tea leaves, vinegar, etc. Water is a universal solvent that can dissolve a number of substances. Other common examples of solvents are milk, oil, ethanol and acetone.
Two common types of solutes and solvents are given below:
Some of the common examples of solutes and solvents in real life are given below:
|
Property |
Solute |
Solvent |
|
Definition |
Substance that gets dissolved in another substance is a solute. |
Substance that dissolves the other substance is a solvent. |
|
Quantity |
Present in less amount. |
Present in a higher amount. |
|
Physical State |
Solid, liquid or gas |
Liquid or gas |
|
Role |
Get dissolved into other substances. |
Dissolves the other substance. |
|
Solubility |
Disappears into the solution |
Remains visible |
|
Common Example |
Sugar and Salt |
Water |
Examples of Solute: sugar, salt, tea leaves, oxygen in air and acetic acid in vinegar.
Examples of Solvent: water, nitrogen, ethanol, plasma and acetone.
Water can dissolve more solutes than any other solvent so it is known as a universal solvent.
Based on the physical state of a solute there are three main types:
Solid, liquid and gaseous solutes
Polar and nonpolar are the two main types of solvents. A polar solvent has uneven sharing of electrons due to which it carries a positive or negative charge. A nonpolar solvent on the other hand does not carry any charge.
The main function of a solvent is to dissolve a solute and create a homogeneous solution that
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