Mercury has virtually no atmosphere. Mars has an atmosphere that is much thinner than Earth's, but still thick enough for wind to be important in shaping its surface.
it could be possible...but scients still did not figure it out yet!
Yes. Comets do not enter the atmosphere of the earth (we hope!). What you see is gasses that are released from the comet, illuminated by the sun. However, a meteor (shooting star) is visible only due to the atmosphere heating the meteor.
i still love you chrishon </3
Yes and, as we are still in the Cenozoic Era, it continues to this day.
No it isn't. We still have about 21% oxygen content in the atmosphere.
A low Earth orbit is an orbit still in the outermost part of Earth's atmosphere. This kind of orbit occurs a few hundred kilometers into the atmosphere.
Well, Jupiter is a gas giant and the largest planet in our system. But, im still confused when you say "heavy" atmosphere can you clarify??
Yes. Its atmosphere is much less dense than the Earth's, but still present.
Mercury has virtually no atmosphere. Mars has an atmosphere that is much thinner than Earth's, but still thick enough for wind to be important in shaping its surface.
Satellites that are launch outer space are used to study climates and the atmosphere.
Yes.
If there were no atmosphere at all, the sky would be black. If there were some other kind of atmosphere, the sky would be colored according to the make-up of the atmosphere.
If the moon had an atmosphere, it would have weather just like we do. The footsteps on the moon, which are still there now, would be long gone. Other than that, it wouldn't affect Earth very much/at all. The atmosphere probably wouldn't have Oxygen, so it still wouldn't be inhabitable.
Its the weight of the atmosphere itself is constantly pressing on your body.
it could be possible...but scients still did not figure it out yet!
Carbon dioxide (CO2) is still building up in the atmosphere because we are still burning fossil fuels (coal, oil and natural gas) which emits CO2, and we are still cutting down trees which then cannot remove CO2 from the atmosphere. The natural carbon cycle is unable to remove all the extra CO2 (it actually manages to remove almost 60% of it), so the carbon is building up in the atmosphere and causing global warming.