pollution can destroy the atmosphere so adding more hydrogen and helium adding balloons can help for this matter
CO2 makes up approximately 0.03% of Earth's atmosphere
Nitrogen makes up 78% of the Earth's atmosphere.
The gas that makes up 21% of Earth's atmosphere is oxygen.
Nitrogen makes up about 78% of the Earth's atmosphere.
Nitrogen
makes the earth warmer.
Mars may have had a thicker atmosphere because if it can have life, it should have a thicker atmosphere. because of ALIENS
Venus' atmosphere is much thicker than Earth's
thicker than earth's atmosphere.
No, Earth's atmosphere is not as thick as Venus'. Venus has an atmosphere that is composed mainly of carbon dioxide, with a pressure about 92 times greater than Earth's atmosphere. This makes Venus' atmosphere much thicker and denser than Earth's.
Mars, Venus's atmosphere is thicker than Earth's. Much thicker.
Titan, Saturn's largest moon, has an atmosphere thicker than Earth's. Its dense atmosphere, primarily composed of nitrogen, also contains methane and other organic compounds. This makes it unique among moons in the solar system, as it not only has a thick atmosphere but also features surface liquids in the form of lakes and rivers of methane and ethane.
The atmosphere gets thicker and thicker as you go down; the planets basically consist mainly of atmosphere, though those planets are expected to have a solid core.
To make an atmosphere thicker, you can increase the concentration of gases present by adding more gas particles, such as through volcanic eruptions or industrial emissions. Another method is to cool the atmosphere, which can help retain more gases and increase pressure. Additionally, reducing the escape of gases into space by enhancing gravitational pull or using artificial means could also contribute to a thicker atmosphere.
Nothing.
If Mercury had a thicker atmosphere, it would likely experience more significant temperature regulation, reducing the extreme temperature fluctuations between day and night. A thicker atmosphere could also lead to increased weather phenomena and possibly support some form of weathering on the surface. Additionally, a denser atmosphere might trap heat, potentially allowing for the presence of liquid water, which could alter the planet's geological and chemical processes. Overall, a thicker atmosphere could drastically change the environmental conditions on Mercury.
Earth's atmosphere is almost 200 times thicker than the atmosphere of Mars. The atmosphere of Earth is primarily nitrogen and oxygen, while the Martian atmosphere is primarily carbon dioxide.