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Atmosphere Questions and Answers (Q&A)

Mesosphere is the layer that protects you from meteors by burning them all. This layer lies directly above stratosphere and below the mesopause. In this layer of earth, the temperature is low and the altitude is high.

The mesopause is the upper boundary of the mesosphere which can also be considered as the coldest part of Earth, where the temperature is as less as -143 °C. The lower boundary of the mesosphere, is about 50 kilometers away from the earth’s surface while the upper boundary also known as mesopause is about 100 kilometers far away from the surface of Earth.

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As you go up into the troposphere and inner stratosphere, it gets colder. When you reach the ozone layer, it warms up relatively despite it still being very cold. After this, you reach the mesosphere, which is extremely cold, and is the coldest layer of the atmosphere. After this, you enter the thermosphere, which is also relatively warm because of the ionosphere. The ionosphere is warm because of all the energy in the gamma rays that hit the ionosphere. Finally, the exosphere is relatively warm because of how spaced out the various molecules are. Keep in mind that relatively does not mean similar to the surface temperature. It means that it is hotter than the temperatures around it. The temp is constantly changing, it does not get hotter you absolute imbecile. Please castrate yourself so that you may never spread your seed unto a future generation.
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A cloud of gas that allows us to breathe.

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The ozone layer do is protecting us in ultra violet radiation

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Co2 has 3% which is less than 1 %

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The more that you go higher in the stratosphere, the more that it gets warmer. This is because you are going to get closer to the earth’s ozone layers that are protecting you from the very hot rays of the sun. Expect that the temperature is surely going to change as you go higher.

Of course, if you go lower, then the temperature is also going to get colder. Temperature is not going to remain constant as you travel from one atmosphere to another. Remember that the air molecules also tend to decrease as you go higher near the earth’s surface which means that air temperature will also get affected.

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But how it can get colder? If we go into the atmosphere higher than it becomes hotter.

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You both repeated the question and still got the same wrong answer. I hope that a car may find itself atop your chest with studded wheels.

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I don;t understand this answer becauseCO2 is only about 0.4%. Other gases are about 0.3%

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A faster rotation rate produces stronger winds. This is the same reason that you have to spin a bottle very fast to create a whirlpool in the liquid. This is a good visual tactic to see how rotation rate affects winds; the swirling water acts as the air in the atmosphere. While winds typically go straight through, the water trick is a cool way to see how the stronger winds affect tornadoes specifically. All you need is a two-liter plastic bottle and some water. This will give you the clearest picture.

All the fun science experimentation aside, a faster rotation rate will also allow the planet to decay faster. Part of the reason is that winds can tear down trees and other vegetation that keep soil or the equivalent in place.

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