oxygen, nitrogen, hydrogen, and carbon dioxyde
The mixture of gases in the atmosphere is not considered a solution, suspension, or colloid because gases are uniformly distributed and do not form distinct phases in the atmosphere. It is more accurately described as a homogeneous mixture of gases known as air.
The layer of gases attracted to earth is atmosphere. It is a big layer.
As you go higher in the atmosphere the gases start to compose or join together which causes them to change since there is mixture of more than one gas. Sometimes they form a different element when certain gases form.
As the gases go higher in the atmosphere they start to compose or join together at some point which causes them to change since there is mixture of more than one gas, sometimes they form a different element when certain gases form
As the gases go higher in the atmosphere they start to compose or join together at some point which causes them to change since there is mixture of more than one gas, sometimes they form a different element when certain gases form
As the gases go higher in the atmosphere they start to compose or join together at some point which causes them to change since there is mixture of more than one gas, sometimes they form a different element when certain gases form
As the gases go higher in the atmosphere they start to compose or join together at some point which causes them to change since there is mixture of more than one gas, sometimes they form a different element when certain gases form
The mixture of gases in the atmosphere is considered a solution because the gases are uniformly distributed and form a homogeneous mixture. A solution typically consists of a solvent (in this case, gases like nitrogen and oxygen) and a solute (other trace gases).
Volcanic activity released gases such as water vapor, carbon dioxide, methane, and ammonia. These gases accumulated to form the Earth's early atmosphere through processes like outgassing, where gases trapped in the Earth's interior were released during volcanic eruptions. Over time, the composition of the atmosphere changed due to processes like the formation of oceans and the evolution of life.
Earth's secondary atmosphere most likely developed from volcanic activity and comet impacts, which released gases like water vapor, carbon dioxide, and nitrogen. These gases accumulated over time to form the atmosphere we have today.
The greenhouse effect warms the gases in the atmosphere.
Gases are lighter than solids and liquids, so light that they can be in our atmosphere. Example, when water evaporates it is light and goes up into our atmosphere where it will condense to form liquid, which is now heavier and more dense and therefore falls