it's bleh bloop blah ..
The air pressure on a planet depends on factors like its size, mass, and atmospheric composition. Planets with larger sizes and masses, like Earth, tend to have higher air pressures due to the gravitational force holding more gas molecules in the atmosphere. Additionally, the composition of the atmosphere, such as the amount of greenhouse gases, can also affect air pressure by trapping heat and increasing atmospheric density.
what is the atmospheric com compostion of each planet
The composition of air depends upon altitude.
The Moon has no atmosphere to speak of.
There is none. No atmosphere- too small.
because there outer planets
Atmospheric chemical composition Its temperature.
Mars and Venus
The composition of the atmosphere is essentially consistent. No one gas determines or affects the weather.
The air pressure on a planet depends on factors like its size, mass, and atmospheric composition. Planets with larger sizes and masses, like Earth, tend to have higher air pressures due to the gravitational force holding more gas molecules in the atmosphere. Additionally, the composition of the atmosphere, such as the amount of greenhouse gases, can also affect air pressure by trapping heat and increasing atmospheric density.
what is the atmospheric com compostion of each planet
Yes, there are other planets like Mercury, Venus, and Mars in our solar system, such as Earth, Jupiter, and Saturn. These planets vary in size, composition, and atmospheric conditions but are all part of the same planetary system orbiting the Sun.
The composition of air depends upon altitude.
The Moon has no atmosphere to speak of.
core
Yes, planets reflect light from the sun. This reflection is what makes them visible to us in the night sky. The amount of light they reflect depends on their surface composition and atmospheric conditions.
my inability to go to other planets. and gravity