Answer: It keeps up from being crushed from the atmosphere around us... it also keeps us from floating away and helps keep the earth the right temp. Answer: Gravity keeps the atmosphere around the planet in the first place.
Not at our present level of technology. Not enough atmosphere to count, temp of about 100 degrees Kelvin (about -275 F), deep inside Jupiter's radiation belt.
Temperature is relative, so in comparison to the sun, yes, but no, they are much different in temp. The moon has no atmosphere, so it doesn't keep it's heat when it gets dark and when it's sunny it gets really hot. The earth has a atmosphere so only some heat comes in and it stays in. The moon has the same average temp. but it gets extreme with its temp. like hundreds of degrees warm and dozens below. I hope this answer helps you.
Without an atmosphere to distribute heat, temperature extremes between day and night on a celestial body would be significant. During the day, the surface exposed to the sun's rays would become extremely hot, while at night, without an atmosphere to trap heat, temperatures would plummet drastically. This phenomenon is observed on the moon, where temperatures range from about 127 degrees Celsius during the day to around -173 degrees Celsius at night.
Ganymede is not considered habitable for humans due to its lack of a breathable atmosphere, extreme temperatures, and high levels of radiation. Its surface is covered in ice and rocky terrain, making it inhospitable for human habitation without significant technological advancements.
the air gets thinner.
Mercury @ room temp
The temp in the atmosphere approaches -90C at an altitude of 80 kilometers.
it has many temp because it can be changed by a reaction of the change in temp
because of the temperature of the atmosphere, they are in different places, the temp of the atmosphere is different.
to check the temp. you have to stick a thermometer through it
i change the thermostat and the temp switch but still not working
Change in temp=final temp-initial temp, so -5-15=-20 lrn to math
Dust particles can cause a change in climate by interacting with sunlight and affecting the Earth's energy balance. When dust particles are in the atmosphere, they can scatter sunlight back to space, leading to a cooling effect. However, if dust settles on snow or ice, it can decrease their albedo, leading to heating through increased absorption of sunlight.
Temperature differences is why air moves in the atmosphere. Hot air rises, cold air falls. With these temperature difference comes pressure differences and these temp. and pressure differences are what keep the air moving. Theoretically, if there were no temp. or pressure differences in the atmosphere, air would not move.
the temperature of exosphere is 3000 degree F
A salamander is a cold blooded animal. So it simply follows the temperature change. Temperature goes down, its body temp goes down, Temp goes up its body temp goes up