Mercury has a surface pressure that is near enough zero or a vacuum, since the planet holds no real atmosphere due to its small size and proximity to the sun.
The atmosphere on Venus is very thick, giving it a high surface pressure, some 93 times that of the Earths. Carbon Dioxide makes up around 96.5% of the atmosphere with around 3.5% Nitrogen. There are also small amounts of sulfur dioxide (0.0015), carbon monoxide (0.0017%), water vapour (0.002%), argon (0.007), helium (0.0012%) and Neon (0.0007%).
Earth has an atmosphere of 78.08% Nitrogen and 20.95% Oxygen, with 0.93% Argon and 0.038% Carbon Dioxide. Around 1% of the atmosphere is water vapour, with traces of other gases such as Neon, Xenon and Carbon Monoxide. Earths atmosphere is thicker than Mars', but not nearly as thick as Venus'.
Mars has a thin atmosphere, mainly of Carbon Dioxide (95.32%). Nitrogen makes up 2.7%, Argon 1.6%, Oxygen 0.13% and Carbon Monoxide makes up around 0.08%. There are other trace gases such as Water Vapour, Neon, Krypton, xenon, Molecular Hydrogen and Nitric Oxide. Mars' surface pressure is around 0.7 kPa, around 0.7% of Earths surface pressure.
Jupiter's atmosphere is mainly Hydrogen (around 90%), Helium (around 10%), with small amounts (minor gases) of Methane (around 0.3%), Ammonia (0.026%), Hydrogen Deuteride (0.003%), Ethane (0.0006%) and Water vapour (0.0004%).
Saturn's atmosphere is mainly Hydrogen (around 96%), Helium (around 3%), with small amounts of Methane, Ethane and Ammonia.
Uranus' atmosphere is mainly Hydrogen (around 83%), Helium (around 15%) and Methane (around 2.3%).
Neptune's atmosphere is mainly Hydrogen (around 80%), Helium (around 19%) and Methane (around 1%).
what is the atmospheric com compostion of each planet
The gaseous layer surrounding a planet is Atmosphere. Each planet has different atmospheric content.
The atmospheric gases carbon dioxide, methane and nitrous oxide are all greenhouse gases that help to heat the Earth.
Jupiter is the planet known for its white and orange bands caused by different atmospheric gases and particles. The planetβs colorful bands are created by swirling clouds of ammonia crystals, sulfur, and water vapor in its atmosphere.
The planet's strong force of gravity holds the atmosphere down and stops it escaping. Atmospheric gases have masses, and the Earth's atmosphere has a mass of about 1.2 kg per cubic metre.
what is the atmospheric com compostion of each planet
The whirlpool swirled and eddied. The atmospheric gases eddied in the planet's atmosphere.
The atmosphere refers to the envelope of gases surrounding the planets like the earth.
The gaseous layer surrounding a planet is Atmosphere. Each planet has different atmospheric content.
The two main atmospheric gases are nitrogen and oxygen. The approximate percentage for nitrogen is 78% and oxygen's approximate percentage is 21%.
By volume, they are:Oxygen (42%), Sodium (29%),Hydrogen (22%),Helium (6%),rest (traces).
The atmospheric gases primarily responsible for the greenhouse effect are carbon dioxide (CO2), methane (CH4), and water vapor (H2O). These gases trap heat from the sun in the Earth's atmosphere, leading to an overall warming of the planet.
Hydrogen and helium.
The atmospheric gases carbon dioxide, methane and nitrous oxide are all greenhouse gases that help to heat the Earth.
Carbon dioxide (CO2), methane (CH4), and water vapor are the main gases responsible for the atmospheric greenhouse effect in the Earth's atmosphere. These gases trap heat from the sun and warm the planet's surface through a natural process known as the greenhouse effect.
The colorful bands seen on the planet are typically due to differences in atmospheric composition, temperature, and cloud patterns. For example, Jupiter and Saturn both exhibit colorful bands caused by different types of clouds and gases in their atmospheres. These bands can provide valuable information about a planet's weather patterns and atmospheric conditions.
The glass on the greenhouse stops temperature from leaving or entering like the gases do to the earth.The atmospheric gases are called 'greenhouse gases' based on the idea that the gases 'trap' heat like the walls of a greenhouse do