Green house gas absorbs the radiation that would actually be emitted into space. This raises the earth's temperature. Clouds, absorption through the surface of the earth, earth's magnetic field changes, etc., relate to heat transfer in the earth-atmosphere system.
The actual theory is that the earth is on a tilt so it always has rays from the sun . . . except for the night. One reason is because of radiant energy, this strikes an atom or molecule and the molecule gets a lot of energy which makes it move faster causing the molecule to make more heat. And if thousands of molucules are doing this then they must be producing a lot of heat.
Conduction is the transfer of heat through matter by molecular activity (hot metal). Convection is the transfer of heat by the movement of a mass or substance from one place to another (liquid). Radiation is the transfer of heat by electromagnetic waves(travels through space). Conduction is the least important.
Heat is transferred by convection within the liquid outer core and in the mantle. Convection in the mantle is caused by cooling of rock near the crust, which then sinks back into the lower mantle over periods of millions of years.
The Earth's atmosphere is heated by a process called the Greenhouse Effect. Certain gases in the atmosphere function as an insulating barrier, trapping infrared radiation.
Evaporation, heat transfer, matter transfer, and a lowering of condensation are the types of interactions between Earth's hydrosphere and atmosphere.
The energy transfers underground by radiation.
The Earth has an atmosphere because it has the gravity necessary to keep the gases from floating off into space. The more mass a planet has, the more gravity it has, and the more gravity it has, the thicker an atmosphere it can sustain.
Through conduction: the transfer of energy from matter touching another matter.
Earth's atmosphere is mainly heated from the ground up because the heat is absorbed into the ground. The warmed surface of the earth then emits heat as infrared radiation which rises into the atmosphere. There the greenhouse gases like water vapour, carbon dioxide and methane absorb and hold the heat.
Evaporation, heat transfer, matter transfer, and a lowering of condensation are the types of interactions between Earth's hydrosphere and atmosphere.
it goes throgh the atmosphere and enter the other plsnts to get to the energy that we need on earth
it goes throgh the atmosphere and enter the other plsnts to get to the energy that we need on earth
it gets caught by the atmosphere
it works by earth
it works by earth
The energy transfers underground by radiation.
conduction in solids, the movement of heat in solids is sometimes called heat conduction but it can never be convectionconvection in liquids and gasesradiation
convection
convection
No it doesn't it is very tricky to explain however it has air made up from carbon-oxide . So it cant have a atmosphere like earth .
The gravity of the sun attracts the earth.