earth will overheat
It may be converted into heat (or cause chemical reactions to occur), otherwise it remains radiant energy and escapes back into space. Note that much of what stays as heat is converted back into infra-red radiation and lost into space at night.
At night its heat escapes into space
It escapes by heating the air round the radiator element.
Boiling happens when you heat a liquid, until it evaporates. Effervscense is some gas that escapes, due to some chemical reaction - but not necessarily due to heat.Boiling happens when you heat a liquid, until it evaporates. Effervscense is some gas that escapes, due to some chemical reaction - but not necessarily due to heat.Boiling happens when you heat a liquid, until it evaporates. Effervscense is some gas that escapes, due to some chemical reaction - but not necessarily due to heat.Boiling happens when you heat a liquid, until it evaporates. Effervscense is some gas that escapes, due to some chemical reaction - but not necessarily due to heat.
Heat on Earth escapes into space primarily through radiation. The atmosphere can trap some heat through the greenhouse effect, but ultimately, the excess heat is radiated back out to space. This process helps maintain Earth's temperature balance.
These liquids are freezed.
The heat from inside the Earth escapes primarily through the Earth's crust via volcanic eruptions, oceanic ridges, and geothermal vents. Additionally, some heat is conducted through the Earth's layers and eventually radiates into space.
High clouds (like cirrus clouds) tend to have a cooling effect on the Earth's surface by reflecting incoming solar radiation back to space. Low clouds (like stratus clouds) can have a warming effect by trapping heat and reducing the amount of outgoing longwave radiation that escapes into space.
it melts
It depends, on what you mean by earth. If you mean like the ground then i dunno, but if you mean the planet, NO.The earth is kept warm becuase of the greenhouse gases in the atmosphere. When the sun shines its light on to earth, the heat is trapped in due to greenhouse gases like carbon dioxide. Only party of the heat escapes back into space; less than 40% of the heat escapes.
thrust
Thermal pollution.