The heat of the sun comes from nuclear fusion reactions in its core. These reactions convert hydrogen into helium, releasing enormous amounts of energy in the form of heat and light.
No, the sun is not a heat insulator. In fact, the sun is a major source of heat and radiation for the Earth. It emits heat and light energy that warms our planet.
Heat can come from various sources, such as the sun, friction, chemical reactions, and electrical currents. In general, heat is a form of energy that is transferred from one object to another due to temperature differences.
Heat is generated by the release of energy when atoms and molecules collide and move. This kinetic energy causes the particles to vibrate, generating heat. Heat can also come from sources such as the sun, combustion reactions, and electrical resistance.
Radiant heat I assume you mean the heat emitted by the Sun rather than the heat of the Sun itself.
The two main kinds of energy that come from the sun are light energy (solar energy) and heat energy (thermal energy). Solar panels can convert the light energy into electricity, while the heat energy contributes to warming the Earth and driving various weather patterns.
yes, as the light travels it brings along heat to all of the planets.
Yes.
The Sun
From the sun's heat, it heat up rivers, ponds and seas.
Primarily, from the sun.
heat and energy
From the nuclear fusion reaction in the sun
Nuclear fusion (hydrogen to helium).
From the sun, gravity, and the heat from the interior of the planet.
The sun, just like the heat and light for the planets.
Fearsom 1: heat, idiot. heat. Spearer: Heat comes from the sun, and the sun strikes the equator the most direct. Heat originally comes from the sun, but if you are getting heat in the winter in Michigan, it's because of a warm front coming from somewhere closer to the equator.
From the sun, gravity, and the heat from the interior of the planet.