Negative, not only do the inner planets have atmospheres, but the outer planets also have atmospheres. The masses of the outer planets are great, enough easily to hold an atmosphere. In fact it's Mercury, an inner planet, that has almost no atmosphere. True, Mercury has a less mass and the closeness to the sun make it impossible to hold on a atmosphere. As matter in fact, Mars had a atmosphere, but the solar wind had almost eaten all the atmosphere that Mars had.
CO2
chemical reaction repulsion
751.5 mmHg is equal to approximately 0.991 atmospheres.
790 mm Hg is equal to approximately 1.04 atmospheres.
Compound!
troposphere
The terrestrial planets in order from the thickest to thinnest atmospheres Venus, Earth, Mars, and Mercury. Since the gas giants are almost entirely made of gas, it is difficult to determine where the atmospheres end.
organic molocules always contain carbon. In fact organic chemistry is simply the study of the carbon atomin molocules.
Negative, not only do the inner planets have atmospheres, but the outer planets also have atmospheres. The masses of the outer planets are great, enough easily to hold an atmosphere. In fact it's Mercury, an inner planet, that has almost no atmosphere. True, Mercury has a less mass and the closeness to the sun make it impossible to hold on a atmosphere. As matter in fact, Mars had a atmosphere, but the solar wind had almost eaten all the atmosphere that Mars had.
CO2
"Terrestrial". They don't have a lot of gas, but they do have atmospheres. Venus has a very dense atmosphere, but Mercury has almost none.
Its molocules are strongly bonded.
chemical reaction repulsion
"Terrestrial". They don't have a lot of gas, but they do have atmospheres. Venus has a very dense atmosphere, but Mercury has almost none.
23.7 psi is equivalent to approximately 1.64 atmospheres.
Ganymede of Jupiter has atmospheres.