Want this question answered?
The cloud must radiate a lot of its thermal energy.
Like the Sun, all the stars are radiating heat all the time. They lose the heat (or thermal energy) through radiation.
As a spacecraft enters the atmosphere, it will travel at a tremendously high speed. The friction from the air rubbing against the spacecraft causes lots of heat. To protect against this heat, spacecraft use heat shields. Most spacecraft use blunt, spherical, or conic heat shields which help slow the vehicle down, and dissipate the heat in the surrounding air. These heat shields are also usually made out of abalative material. Abalative materials sublimate into gas at high temperature. As a result, they absorb thermal energy but erode away as the vehicle enters the atmosphere. However modern spacecraft are being developed to have re-usable heat shields. The Space Shuttle, in particular, uses a series of thermal insulating tiles that absorb and radiate heat while preventing conduction to the shuttle's aluminum skin. These tiles can be re-used many times.
Thermal infrared.
light and thermal energy
the greenhouse effect
the answer is thermal
The cloud must radiate a lot of its thermal energy.
thermal energy will always radiate to lower energy matter.
what is the term for the measure of thermal energy in the atmosphere
Cold Pack
Atmospheric gases, such as watervapor and carbon dioxide, absorb thermal energy and radiate it back toearth. The gases function like the glasswalls and roof of a greenhouse, allowing solar energy to enter and preventing thermal energy from escaping.
It means any substance that readily absorbs moisture, like from the atmosphere. i.e wool goes by this term therefore has thermal qualities when laid as a carpet, in winter it absorbs the moist cold air leaving the atmospere in the room warmer and in summer it actually absorbs up to 30% of the humidity thus leaving it cooler.
When a sample of a substance absorbs thermal energy, its temperature rises.
i think so
Endothermic
x rays