Most stars produce a lot of light but inert stars while they produce light do not produce much heat. An inert star is a star that has begun to collapse because not enough heat is being generated by its nuclear core.
yes
how i remember that is the moon reflects and the stars are opposite.
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Wonderful.
The way I remember it is to remind myself that I can see them.
Brightness is a description of a stars luminosity as viewed from Earth.
A star can be very hot and large but be so far away that it's brightness is not very bright - dim.
A star can be quite cool but be close to Earth and it's brightness will be greater than one further away.
A white dwarf is the "cue" ball answer because it is very hot - initially - but very small, about the size of the Earth and thus relatively, is not very bright.
However, a white dwarf 100,000 km from the Earth would be very bright indeed, much greater than the Sun.
Pamela Anderson
The light you see from stars is actually visible energy called solar energy. The part we see is the visible parts of that radiation.
Stars'/Suns'.
No. Stars emit light.
Stars emit light they do not acquire it
No. Stars emit their own light.
If the stars didn't emit light, then we wouldn't be able to detect them. So they wouldn't have names.
sun, stars, galaxies, nebulae, and meteors
No. Stars emit light.
Stars emit light they do not acquire it
Yes they do
Well, you can see them, right? - Galaxies contain millions or billions of stars; each of these stars emit light.
No. Stars emit their own light.
Stars emit light that travels to the Earth.
If the stars didn't emit light, then we wouldn't be able to detect them. So they wouldn't have names.
They emit: gamma rays, radio waves, and x-rays. Some stars emit T.V. rays
Stars emit photons as a process of Nuclear fusion.
Stars emit photons as a process of Nuclear fusion.
sun, stars, galaxies, nebulae, and meteors
All stars emit light. However, people are not able to see some stars because of the different type of light the wavelengths produce. +++ Also of course, the received intensity depends on distance. A black hole would be incandescent too, but by its definition the light it creates cannot escape the objects immense gravitation.