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Plasma are charged particles, neutrals, and fields that exhibit collective effects.

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Liquids take that shape of its container. It's the shape between a gas and solid. Liquid molecules have more space between them so they are more subjected to move around. Examples of liquids are vegetable oil, ethanol, mercury, and water.

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The molecules in a solid are all packed closely together. They don't have space to move around freely. The movement that occurs are small vibrations throughout the molecules. Solids have fixed shapes that are difficult to change. They have a definite volume and never lose their size no matter how hard you try to change them. Examples of solids are table salt, table sugar, most metals, and wood.

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What's the difference between two types of mixtures? 

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What's the difference between two types of mixtures? 

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Homogeneous is a mixture where the components that make up the mixture are uniformly distributed throughout.
Heterogeneous  is a mixture with a combination of two or more pure substances in which the original substances retain their chemical properties

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Difference between elements and compounds

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Difference between elements and compounds

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Elements are substances whose atoms who all have the same number of protons. Elements are the simplest chemical substances and can't be broken down using chemical reactions. They can only be changed using nuclear methods.
Compounds are substances formed when two or more chemical elements are chemically bonded together.

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Difference between pure substances and mixtures 

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Difference between pure substances and mixtures 

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Pure substances are more further broken down into more elements and compounds. It's a matter which can't be separated into any other kind of matter. Also, all the particles are the same.
Mixtures are combinations of two different substances which aren't combined using a chemical procedure. The components that make up a mixture don't exist in fixed proportions . Most of the natural substances that you recognize are mixtures.

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Physical Properties are properties that don't change the chemical nature of matter. Examples of physical properties are
-boiling point
-freezing point
-melting point
-density
Chemical Properties  are behaviors of a substance that may be observed when it undergoes a chemical change or reaction. Examples of chemical properties are
-toxicity
-flammability
-heat of combustion
-radioactivity

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Matter can be classified as either a mixture or a pure substance.