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No, Stars generate light and heat through nuclear fusion. The moon reflects light
the moon does not have its own energy to produce light that also produces heat therefore does not generate heat for earth and the sun generates heat for the earth.
Nuclear fusion
The Sun and other stars generate tremendous amounts of energy, resulting in their characteristic heat and light, from fusion processes which occur in the star's core. The most common is the fusion of hydrogen into helium, although other fusion processes also take place depending on things like the age and mass of the star. If you calculate the amount of mass converted into energy in the fusion of hydrogen into helium - about 0.7% of the mass - and multiply that by the square of the speed of light (per Einstein's famous formula, E=mc^2) that's a lot of energy!
Yes and No. It reflects light from the sun, but emitts none of its own. It does not generate heat.
Stars undergo nuclear fusion in their cores, and so generate energy; i.e., light and heat. No nuclear fusion, no energy generation, ergo not a star at all. Generating light and heat is how we can tell a very large planet from a star. If it isn't generating energy from nuclear fusion, then it isn't a star.
No, Stars generate light and heat through nuclear fusion. The moon reflects light
Thermal energy is simply heat. Light a fire.
yes
the moon does not have its own energy to produce light that also produces heat therefore does not generate heat for earth and the sun generates heat for the earth.
Yes. That's why you get warm when you sit in the sunlight.
Nuclear fusion
Stars, light, heat
heat, light, and many other types.
Heat is the amount of energy a single atom has, and this energy causes the electrons in an atom to change energy levels. The light is produced when an "excited" electron has gained enough energy to raise to a higher level via heat, and then falls back to a lower energy level, releasing the energy as light. The higher the amount of energy put into an atom via heat, the more intense the light will be due to a higher release of energy.
Heat is the amount of energy a single atom has, and this energy causes the electrons in an atom to change energy levels. The light is produced when an "excited" electron has gained enough energy to raise to a higher level via heat, and then falls back to a lower energy level, releasing the energy as light. The higher the amount of energy put into an atom via heat, the more intense the light will be due to a higher release of energy.
theoretically you could use the heat from the bulb to drive a thermodynamic cycle. The energy you would be able to generate would be so low, it wouldn't be worth it.