# Tabulate the Differences in the Characteristics of States of Matter

By Shivank Goel|Updated : May 15th, 2023

Tabulate the Differences in the Characteristics of States of Matter

In terms of the three states of matter, solid, liquid, and gas. One of the distinctive forms that the different phases of matter take is the condition of the substance. In everyday life, four different states of matter can be found: solid, liquid, gas, and plasma. In comparison to liquids and gases, solids are more rigid, and the particles in liquids are able to move around and take the shape of the container.

 Property Solids Liquids Gases Volume It has a definite volume It has a definite volume It takes the volume of the container Shape It has a definite shape It takes the shape of the container but does not occupy all of it It takes the shape of the container by occupying the whole space available to them

## Difference Between Solid, Liquid, and Gas

As you know, there are three main states of matter: solid, liquid, and gas. The key difference between these states is in the arrangement of the particles that make up the substance. To understand the basic difference between Solid, Liquid, and Gas, it is important that you should know about their nature. It is mentioned below in the table.

 Property Solids Liquids Gases Rigidity or Fluidity It is rigid It is fluid It is fluid Compressibility Almost all solids can be compressed The compressibility of liquids is very very less The compressibility of gases is very large Diffusion Solids do not diffuse Liquids diffuse slowly Gases diffuse rapidly Density The density of solids is high The density of liquids is low The density of gases is very low Free surfaces Solids have any number of free surfaces Liquids have one free surface Gases have no free surface

Summary:

## Tabulate the Differences in the Characteristics of States of Matter

There are three main stages or states of matter. In a solid, the particles are tightly packed and held together by strong bonds. In a liquid, the particles are still close together, but they have more freedom to move around. Lastly, in a gas, the particles are widely spaced and have very weak bonds. The differences based on the characteristics and properties are explained in detail above.

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