Yes, the various elements and compounds (like water) are made of atoms and are carried by the wind.
The movement of atoms (wind) cant be seen because the atoms are to small for the human eye.
It is responsible for the wind because when the atoms have direct contact, the heat gets transfered. So, that causes wind.
mercury
After the glucose is eaten and digested and metabolized, the carbon atoms in the glucose will wind up in the form of carbon dioxide.
Yes, wind is made up of moving air molecules, primarily nitrogen, oxygen, and smaller amounts of other gases like carbon dioxide, argon, and water vapor. So, wind contains atoms and molecules that make up the various gases in Earth's atmosphere.
By use having wimd the process air is flow the convention current come alone then everything stop it process wind by all of the atoms going together to make one mixture that give use wind
Because it is the movement of particles in the atmosphere. "wind" itself does not have atoms. it moves atoms. -- another answer -- The air (which is what the 'wind' is made of) is not a standardised mixture. It varies from place to place, although it is largely the same everywhere - GasFormulaAbundance percent by volumeAbundance parts per million by volumeNitrogenN278.084%780,840OxygenO220.9476%209,476ArgonAr0.934%9,340Carbon DioxideCO20.0314%314NeonNe0.001818%18.18HeliumHe0.000524%5.24MethaneCH40.0002%2KryptonKr0.000114%1.14HydrogenH20.00005%0.5XenonXe0.0000087%0.087
Green auroras result from interactions with oxygen atoms at higher altitudes in the Earth's atmosphere. When solar wind particles collide with these oxygen atoms, they can emit green light at a specific wavelength, creating the distinctive green color of the aurora borealis.
Solar wind causes auroras because atoms go through water droplets in clouds. They act as prisms (the raindrops) and this causes the billowing, beautiful Aurora Borealis.
No, nuclear fusion in the sun is not wind energy. Wind energy is generated from the kinetic energy of moving air masses, while nuclear fusion in the sun is the process by which the sun produces energy through the fusion of hydrogen atoms into helium.
No. They are caused by charged particle interactions in the high atmosphere, from the solar wind striking the atmosphere and exciting atoms within it. The atoms give off light - depending on the element and the altitude - and provide the stunning display we label as an aurora.
The bonds between the atoms in a gas are weaker than in a liquid. All atoms are vibrating. In a gas this kinetic energy overcomes the bonds between atoms and allows them to spread apart and "fill" the container. This is why a smell "travels", carried on the wind for example.