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There are primarily two factors that influence the temperature of the Earth, which are, the heating caused by sunlight during the day, and the cooling caused by the emission of infrared radiation into space at night. Greenhouse gases which intercept the infrared radiation are another significant factor.
The source of the warmth of the stratosphere is the absorption of UV radiation by ozone, hence reduced ozone leads to cooling.
Clouds do reflect incoming sunlight back into space, as well as retain heat in the lower atmosphere. High clouds tend to have more of a warming effect because it is easier for solar radiation to pass through them, and also because the temperature at which they emit infrared radiation (heat) back to space is much less due to their cold temperature. Conversely, low clouds tend to be optically thick and reflect more solar radiation back to space, causing more of a cooling effect. They also emit more infrared radiation upward because they're emitting at a warmer temperature lower in the atmosphere, further adding to their cooling effect. However, scientists are not yet certain whether the net effect globally is cooling or warming.
Radiation transfers heat from one object to another. It does not require any particles unlike conduction and convection. Radiation travels in the form of electromagnetic waves.
Is the balance between incoming short wave solar radiation (infra) and outgoing long wave solar radiation (TERESTRIAL) to avoid over cooling and overheating of the atmosphere.
There are primarily two factors that influence the temperature of the Earth, which are, the heating caused by sunlight during the day, and the cooling caused by the emission of infrared radiation into space at night. Greenhouse gases which intercept the infrared radiation are another significant factor.
The source of the warmth of the stratosphere is the absorption of UV radiation by ozone, hence reduced ozone leads to cooling.
Radiation is more effectively emitted by a black-body (absorbs all light) source, just as it is more effectively absorbed. If the effectiveness of emission and absorption were different, you'd violate the second law of thermodynamics. Short answer, black radiates heat away more effectively.
Cool, clear, and calm conditions favor the formation of fog by radiation cooling.
A radiator had 2 major mode of heat tansfer. One is radiation where the energy is emitted in the form of infrared radiation to the surrounding. Other is convection since the hot surface cause air to expand and induce wind motion and cause rapid cooling.
Clouds do reflect incoming sunlight back into space, as well as retain heat in the lower atmosphere. High clouds tend to have more of a warming effect because it is easier for solar radiation to pass through them, and also because the temperature at which they emit infrared radiation (heat) back to space is much less due to their cold temperature. Conversely, low clouds tend to be optically thick and reflect more solar radiation back to space, causing more of a cooling effect. They also emit more infrared radiation upward because they're emitting at a warmer temperature lower in the atmosphere, further adding to their cooling effect. However, scientists are not yet certain whether the net effect globally is cooling or warming.
radiation
Through alternating heating and cooling.
Cool, clear, and calm conditions favor the formation of fog by radiation cooling.
When every machine works, it does with heat emission. For this reason, the temperature of machines are going up. To prevent it from happening process of cooling water is needed.
They tends to block incoming solar radiation, thereby cooling the surface. They don't really impact Earth's longwave radiation.
Cloud cover prevents IR radiation and light from escaping to space, preventing cooling by radiation.