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Air Is What Type Of Mixture
Air Is What Type Of Mixture. Heterogeneous mixture are those in which all the components are completely mixed and all the particles can be seen under a microscope. Air is considered as a mixture because it is composed of various separate components.

Air supports combustion because of oxygen present in the air. Hence air is made up of various gases such as 78.09 nitrogen 20.95 oxygen 0.93 argon 0.04 carbon dioxide and water vapors. Air can be separated into its constituents such as oxygen, nitrogen etc.
No Air Is Not A Homogeneous Mixture, Air Is A Heterogeneous Mixture.
Air is not a pure substance because it is a homogeneous mixture of different substances. At higher elevations, the air contains ozone, helium, and hydrogen. Air supports combustion because of oxygen present in the air.
Air Cannot Be Indicated By A Chemical Formula.
Correct option is a) air is a mixture because: Dust particles in the air is an example of what type of mixture? One example of a mixture is air.
Air Can Be Separated Into Its Constituents Such As Oxygen, Nitrogen Etc.
Yes, air is a mixture. Each type of air has a different property that affects objects and people in the environment. Water is not a mixture but a compound substance with bonds between ox.
The Air In The Atmosphere Is Composed Of Nitrogen, Oxygen (Which Is Required For Animal And Human Life), Carbon Dioxide, Water Vapor, And Trace Amounts Of Other Elements (Argon, Neon, Etc.).
(i) the properties of the constituents of air (oxygen, nitrogen, carbon dioxide etc.) are not changed. So, we can see that air is a homogenous mixture. Air being a bad conductor of heat helps to maintain the moderate temperature on earth.
A Heterogeneous Mixture Is A Type Of Mixture In Which The Components Can Be Seen, As There Are Two Or More Phases Present.
The air has no characteristic properties of its own. However, there are several notable exceptions to this rule. Air is a mixture of nitrogen and oxygen and other gases which are all very small gases and mix uniformly.
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