write down the difference between solid liquid and gas on the basis of intermolecular space and attraction and write the example according to your surrounding
Answers
Solid
Solids are the kind of matter having a rigid structure opposing the change in their shape and volume. The particles in them are bound tightly and well-arranged in a regular pattern. Its particle will constantly vibrate and twist but won’t show any motion as they are tightly-knit. They have fixed shapes with maximum intermolecular attraction. Moreover, the compression is quite tough as their molecules have very fewer spaces between them.
Liquid
Liquids are free-flowing substances, They have a constant volume with no definite shape. Thus, they take up the shape of the container they are in. The small particles in them are held tightly by intermolecular bonds. To understand the difference between solid liquid and gas, it is important to know their properties. The surface tension of liquids makes it posses minimum surface area.
Gas
Gas is a state of matter which diffuses freely in all directions. Thus, they fill up the entire space available irrespective of the quantity. The particles it contains do not have a specific shape and volume. Their molecules are loosely held making a lot of space between them to move freely and continually.
Explanation:
Solid = In solid their is large force of attraction between the particles. Their is no spaces between the particles of solid and solid have definit shape , size and volume. for example:- a wooden table , pen etc.
Liquid = In liquid their is less force of attraction between the particles of liquid then solids. Their is space is present in liquids then solids between the particles. They have no definite shape, size. They are depend on the shape of container in which they are placed. But they have definit volume. for example :- water, milk etc.
Gas = They are too different from the solids and liquids because they have not definite shape, size and volume. They have large spaces present between the particles of gases. They depend on the shape of container in which they are placed. for example:- hydrogen gas, oxygen gas etc.
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