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How does Freon get to the upper atmosphere?
Freon is released into the atmosphere through various human activities, such as air conditioning and refrigeration systems, and then can be transported to the upper atmosphere through diffusion and turbulent mixing. Once in the upper atmosphere, Freon molecules can be broken down by sunlight, releasing chlorine atoms that can catalyze ozone destruction processes.
Where is the air the least dense?
The farther away from the Earth's surface, the less dense the air will be. Of course, once you break out of the atmosphere, there will be no air around you.
What would happen if the air in the upper atmosphere were warmer than the water vapor in the air?
It is impossible for the water vapour in the air to be at a different temperature from the air of which it is a part. However warm air can hold more water vapour than cool air. Thus when air is warming up there are unlikely to be any clouds (clouds are caused by water vapour condensing out of air).
What is a fast moving current of air found near the top of the troposphere?
A fast-moving current of air found near the top of the troposphere is known as the jet stream. It forms due to the temperature differences between air masses and plays a significant role in shaping weather patterns. Jet streams can influence the movement of storms and aircraft flying in the upper atmosphere.
What is the band of wind that travels in the upper troposphere called?
The band of wind that travels in the upper troposphere is called the jet stream. It is a narrow, fast-flowing air current that can have a significant impact on weather patterns and air travel.
What would happen if the air in the upper atmosphere were warmer than the water vapor that was continued in the air?
If the air in the upper atmosphere were warmer than the water vapor it contained, the increased temperature could enhance the capacity of the air to hold moisture, potentially leading to increased cloud formation and precipitation. This could also impact weather patterns and atmospheric circulation.
What is a strong air current?
A strong air current is a fast-moving flow of air in the atmosphere. It can be caused by a variety of factors, such as temperature differences, pressure gradients, or air masses colliding. Strong air currents can impact weather patterns and movement of objects in the atmosphere.
How does Freon get to the upper atmosphere?
Freon is released into the atmosphere through various human activities, such as air conditioning and refrigeration systems, and then can be transported to the upper atmosphere through diffusion and turbulent mixing. Once in the upper atmosphere, Freon molecules can be broken down by sunlight, releasing chlorine atoms that can catalyze ozone destruction processes.
Where is air pressure least?
exosphere Which is the uppermost layer of the atmosphere.
Cold air holds more moisture than warm air does?
Yes it does. which is why as it rises into the cooler upper atmosphere it will start to rain.
When was the jet stream discovered?
The jet stream was discovered in the 1940s during World War II by Japanese meteorologists studying air currents. They noticed a strong, high-speed current flowing in the upper atmosphere.
When the air in the atmosphere is unevenly warmed by the sun's wind current are the results?
energyenergy
What is the symbol for a jet stream?
air
Where is the air the least dense?
The farther away from the Earth's surface, the less dense the air will be. Of course, once you break out of the atmosphere, there will be no air around you.
What is the cause of storms?
Cold air from the upper atmosphere mixing with warmer, moist air closer to the earth causes thunderstorms, sometimes with lightning.
Which process causes transfer of energy by air current within earth atmosphere?
convection
Is ozone heavier than air, and if so, how does this affect its distribution in the atmosphere?
Yes, ozone is heavier than air. This affects its distribution in the atmosphere because ozone tends to concentrate more in the upper layers of the atmosphere, where it is less likely to mix with the denser air closer to the Earth's surface.
