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Greenhouse gasses are all around us. In fact, you breathe out carbon dioxide every time you exhale, and when you drink water, you're conusming H2O, which in vapor form is also a greenhouse gas.
Carbon dioxide, the most significant man-made greenhouse gas, is the most difficult to determine. Most of it is absorbed into the oceans, but that can take up to 200 years.Methane is more powerful than carbon dioxide, but methane breaks down after 12 years.Nitrous oxide remains in the atmosphere for more than 100 years.CFCs (chlorofluorocarbons) and similar gases (Compounds containing chlorine and/or fluorine (CFCs, HCFCs, HFCs, PFCs)) can remain in the atmosphere for many years. The IPCC has a list at this link.Water vapour remains in the atmosphere a very short time, from hours to at most several days, before it falls as some kind of precipitation.
Greenhouse gases don't "warm the atmosphere". What they do is trap heat.Why is because that's the definition of "greenhouse gas". Okay, a little more detail: they're transparent to high frequency radiation (visible light and UV) but largely opaque to lower frequency radiation (like IR). So energy in the form of visible light gets to the surface just fine, but when it's time to reradiate it as heat, greenhouse gases block the emission of the lower frequency IR "heat" radiation.
At high altitudes, the air is so thin that the greenhouse effect of the atmosphere is not sufficient to keep the air warm enough to melt the snow most of the time.
Greenhouse gases absorb heat rising from the suface of the earth. The more greenhouse gases there are, the more heat is absorbed. This is what is happening now. By burning fossil fuels (coal, oil and natural gas), we are adding extra carbon dioxide to the atmosphere and this is causing global warming.
Lakes
.024 years or nine days
Residence time = 3.87E21/310E12 = 1.25E7 years
industrial revolution
The atmosphere uses 4 different temperate layers to trap heat. yeah because if it didn't than we would be cold all the time.
Greenhouse gasses are all around us. In fact, you breathe out carbon dioxide every time you exhale, and when you drink water, you're conusming H2O, which in vapor form is also a greenhouse gas.
Carbon dioxide, the most significant man-made greenhouse gas, is the most difficult to determine. Most of it is absorbed into the oceans, but that can take up to 200 years.Methane is more powerful than carbon dioxide, but methane breaks down after 12 years.Nitrous oxide remains in the atmosphere for more than 100 years.CFCs (chlorofluorocarbons) and similar gases (Compounds containing chlorine and/or fluorine (CFCs, HCFCs, HFCs, PFCs)) can remain in the atmosphere for many years. The IPCC has a list at this link.Water vapour remains in the atmosphere a very short time, from hours to at most several days, before it falls as some kind of precipitation.
first guh its the weather climate
Organochlorine pesticides, such as DDT, have been known to have a long residence time in the environment. These compounds are resistant to breaking down and can persist in soil, water, and organisms for many years, causing potential harm to ecosystems and human health.
Greenhouse gases don't "warm the atmosphere". What they do is trap heat.Why is because that's the definition of "greenhouse gas". Okay, a little more detail: they're transparent to high frequency radiation (visible light and UV) but largely opaque to lower frequency radiation (like IR). So energy in the form of visible light gets to the surface just fine, but when it's time to reradiate it as heat, greenhouse gases block the emission of the lower frequency IR "heat" radiation.
Residence time is the time it takes a particle to complete the cycle. Space time is volume of the reactor over the velocity. If the volume does not change and the velocity remains constant then Residence time = space time, however, if there is a disturbance in the reactor (i.e., change in pressure, temp, ect.), then residence time does not equal to space time.
At high altitudes, the air is so thin that the greenhouse effect of the atmosphere is not sufficient to keep the air warm enough to melt the snow most of the time.