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nitrogen and oxygen atom absorb solar radiation.
Mercury has no atmosphere so the temperature change drastically from hot to cold. Venus has thick atmosphere of carbon dioxide, thick atmosphere of carbon dioxide fosters greenhouse effect. Even night or day. It is still hot. Earth has variety of temperature zone. We have equator where we receive high dose of solar radiation, temperate zone partly receives solar radiation, polar zone receive a little solar radiation. Mars has thin atmosphere. So it somehow regulates a little of the temperature. Coldness of a Planet is dependent on the solar radiation it received during day/night, plus the atmosphere which regulates the temperature.
Solar radiation is most intense at noon.
Ultraviolet radiation
The types of radiation that are emitted from the Sun.
It is caused by solar radiation.
Simply put, a black globe thermometer captures the raw temperature and solar radiation to calculate the "real feel" temperature of someone wearing a clothing or a uniform of some kind.
The way the layer interacts with solar radiation.
nitrogen and oxygen atom absorb solar radiation.
radiates solar flare
Lower solar input & higher infrared radiation at night could decrease Earth's temperature.
The sun's corona has a temperature of 1,799,540 to 5,399540 Fahrenheit, which is significantly hotter than solar rays - the Sun's solar radiation is said to have a temperature of about 9980 Fahrenheit.
Henryk Arctowski has written: 'On solar-constant and atmospheric temperature changes' -- subject(s): Solar radiation, Atmospheric temperature 'The bathymetrical conditions of the Antarctic regions'
Heat from the sun is called Solar Radiation, so the answer is SOLAR RADIATION
In short, solar radiation generates heat which affect pressure differentials. Wind is another name for pressure differentials as the pressures attempt to balance one another in equilibrium. Solar radiation comes mostly in the form of heat, both direct and surface radiation. The higher the temperature, the higher the pressure since heat is a measure of the energy the particles are producing. PV = nRT so as pressure temperature increases, pressure increases.
Insolation is intercepted solar radiation.
Mercury has no atmosphere so the temperature change drastically from hot to cold. Venus has thick atmosphere of carbon dioxide, thick atmosphere of carbon dioxide fosters greenhouse effect. Even night or day. It is still hot. Earth has variety of temperature zone. We have equator where we receive high dose of solar radiation, temperate zone partly receives solar radiation, polar zone receive a little solar radiation. Mars has thin atmosphere. So it somehow regulates a little of the temperature. Coldness of a Planet is dependent on the solar radiation it received during day/night, plus the atmosphere which regulates the temperature.