The Sun consists mainly of hydrogen and helium. That should include the atmosphere. In a way, the Sun only consists of atmosphere; it doesn't have a surface where you can step on.
The Sun consists mainly of hydrogen and helium. That should include the atmosphere. In a way, the Sun only consists of atmosphere; it doesn't have a surface where you can step on.
The Sun consists mainly of hydrogen and helium. That should include the atmosphere. In a way, the Sun only consists of atmosphere; it doesn't have a surface where you can step on.
The Sun consists mainly of hydrogen and helium. That should include the atmosphere. In a way, the Sun only consists of atmosphere; it doesn't have a surface where you can step on.
The Sun consists mainly of hydrogen and helium. That should include the atmosphere. In a way, the Sun only consists of atmosphere; it doesn't have a surface where you can step on.
Water condensation. Oxygen and Hydrogen.
well the suns pressure and the earths atmosphere
the atmosphere is important because without the atmosphere the oxygen would escape from our atmosphere into space and without the atmosphere we would all dye because there would be nothing to protect us from the suns heat
About 17% of the suns rays get absorbed into our atmosphere
Carbon dioxide, Argon, Nitrogen, and it has some traces of water and Oxygen
corona the outermost layer of the suns atmosphere also known as the largest
the atmosphere of earth is thick
The analysis of a sample of Martian air collected by the Phoenix Lander shows that the ratio of oxygen and carbon dioxide isotopes present in the atmosphere of Mars is very similar to that of Earth. Due to Mars' low gravity and lack of magnetic field, lighter isotopes are lost to space and so an older atmosphere will consist of mainly heavier isotopes. In other words the oxygen on Mars would consist mainly of O18 while on Earth our oxygen consist mainly of O16.
Corona is a type of plasma "atmosphere" of the Sun
the outer layer of the suns atmosphere is the corona
Corona
chromosphere