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.
The terrestrial planets are less massive and therefore have less gravity. As a result, much of the lighter gases could escape, in the process of planet formation.
The insides of these planets is still not known for certain, but here are some of the differences, as far as we know: 1) Jupiter has liquid hydrogen as well as gaseous hydrogen. 2) Jupiter is more likely to have a solid rocky core, but all 3 planets could have a rocky core. 3) Uranus and Neptune have more methane in their atmospheres. 4) Uranus and Neptune have things like ammonia and water in the form of "ices" deep inside them.
It is a double or multiple star which could make planets less likely to be surrounding it.
The planets would continue to exist. However, life as we know it would not be possible.
Mercury is the only major planet without an atmosphere. It is able to hold some gases close to its surface, but not really enough to call it an atmosphere. Its due to the size of the planet being so small and lack of a decent magnetic field that it is unable to sustain an atmosphere.
The terrestrial planets are less massive and therefore have less gravity. As a result, much of the lighter gases could escape, in the process of planet formation.
Other than Earth, no planets have been confirmed to be habitable. We do know of planets in other star systems upon which liquid water could theoretically exist but we can't measure the composition of the planets atmospheres therefore we can't know for certain whether or not they are habitable.
Powered flight is possible with no atmosphere at all, otherwise Buzz Aldrin and Neil Armstrong would still be stuck on the moon.
After discovering non-carbon based life-forms at the deepest depths of our own planets' oceans, we are faced with the possibilty that life could exist on other planets even though they might or do possess atmospheres unsuited to the conventional carbon-based forms of life as we know them here on earth
Here are some reasons to study the atmosphere:Anything you study makes you smarter!The atmosphere surrounds us, so we should understand it and know how it worksThe atmosphere allows us to survive, so it's important to understand how to protect and sustain itThe atmospheres on other planets are similar to ours, so if we understand our atmosphere, we can learn more about other planetsThere might be breathable atmospheres on other planets, so we should understand what to look for and see if we could survive there
Some terrestrial planets are mars mercury Venus and earth gaseous planets Jupiter Saturn Uranus and Neptune.
The outer planets are gas planets
could we grow plants on other planets? Answers please.
The inner planets do not have many moons because what could become moons is usually trapped by one of the outer planets gravitational pull, lost in the asteroid belt, or crashes into the inner planets.
No. because we have only 8 planets. But in a way if you were doing a project and it was about made up planets you could say they are real planets.
The inner planets (Mercury, Venus, Earth, and Mars) are small, rocky planets with a higher percentage of heavy elements than the outer planets. They have less gravity due to their smaller mass, and solid surfaces that are distinct from their atmospheres. You could walk on an inner planet. These four also get most of their surface heat from the Sun. The outer planets are frigidly cold in their outer layers because they are so distant from the Sun. The dwarf planet Pluto, once considered similar to the inner planets, may consist of as much as 30% to 40% ice and frozen gas, closer in composition to comets than to planets.
No. The outer planets do not have solid surfaces. Those planets are made of gases held together by gravity.