yea
Some sources of natural heat in the environment include sunlight, geothermal heat from the Earth's core, and friction generated by tectonic plate movement. These sources contribute to the Earth's overall temperature and play a role in shaping the climate.
Heat from the sun and radiant heat from the core of the earth (caused by the molten core and by radioactive decay) The Green house gases (GHG) like water vapor and CO2 will trap some of the heat making the earth warm enough to support life (~15C instead of ~-18C)
Sun is the primary source of heat here in the Earth. As time moves on, human developed new sources of heat and light. Some of it are the torches, lamps, candles and others
The heat in the inner core is the result of several different sources. Some of these are: residual heat from the creation of the planet; heat caused by nuclear decay; friction; magnetic and tidal effects.
The heat in the inner core is the result of several different sources. Some of these are: residual heat from the creation of the planet; heat caused by nuclear decay; friction; magnetic and tidal effects.
Accretionary collisions during Earth's formation did cause some heat loss, as the kinetic energy from impacts was converted into heat. However, the heat loss from these collisions was likely not the primary contributor to the overall heating of the early Earth, as other processes such as radioactive decay and gravitational compression played larger roles in generating heat.
Some examples of heat sources include the sun, stoves and ovens, heaters, fires, and electrical appliances like hair dryers or toasters.
Urin
heat gas sun(radiants
There are several main reasons for the heat inside the earth. Keep in mind, though, that scientists really don't agree on how hot the core of the earth might be. 3000C? 4000C? 7000C? One source is radioactive decay. Elements including Uranium and Radium are constantly decaying and releasing energy. A second source is simply the result of Earth's formation -- billions and billions of tons of rocks and metal and gasses compressing downward release a lot of heat. The last reason is tidal stress. As the moon goes around earth, its gravitational field makes shifts in earth's crust and mantle. These shifts produce heat. Some scientists think that these models still don't adequately explain the continued tremendous heat in Earth's core, but these ideas are the best we have for now. -MathTeacherGuy, Santa Clara, California.
Probably you mean geothermal energy. That means taking advantage of the heat in the interior of the Earth, converting it to some useful energy.Probably you mean geothermal energy. That means taking advantage of the heat in the interior of the Earth, converting it to some useful energy.Probably you mean geothermal energy. That means taking advantage of the heat in the interior of the Earth, converting it to some useful energy.Probably you mean geothermal energy. That means taking advantage of the heat in the interior of the Earth, converting it to some useful energy.
because earth is the only planet which has life on it and if it had the same amount of heat as the others it would be too hot and every living organism alive will die due to the amount of heat