That would be the sun.
It is a star and provides the light and warmth required to support life and flowing water.
Yes. It is a source of light and heat energy. Anything neither giving out light nor reflecting it will be impossible to see by our eyes.
a blue star is hotter then a red star because it is younger and thus has more energy. a good example of this is when you look at a flame on a lighter you see blue light at the bottom because blue is hottest and closest to the heat source whereas the red-orange flame at the top is farther away from the heat source and thus is not as hot as the blue.
The heat and the light in stars is the same thermal nuclear fission that our Sun (a star) produces.
The energy source for stars, which produces vast amounts of heat and light, is the fusion of atomic nuclei in the star's core. In our own Sun, hydrogen is fused into helium; in older and heavier stars heavier elements may also undergo nuclear fusion.
Nuclear Fusion at the Stars' Core.
That would be the sun. It is a star and provides the light and warmth required to support life and flowing water.
both
That would be the sun. It is a star and provides the light and warmth required to support life and flowing water.
Yes. It is a source of light and heat energy. Anything neither giving out light nor reflecting it will be impossible to see by our eyes.
Well, there are countless. In fact, any source of heat is also a source of light, although not always visible to the human eye. Nevertheless, a light bulb is a good example. Or the sun. Or any other star. Or, well, just name it...
The Sun is the Earth's closest star. Without the Sun there would be no light and no heat and life would not be able to exist on Earth.
That would be the sun. It is a star and provides the light and warmth required to support life and flowing water.
Yes!
Yes!
no..it reflects light
Any star . The star that supplies heat and light to us is our very own Sun.
a blue star is hotter then a red star because it is younger and thus has more energy. a good example of this is when you look at a flame on a lighter you see blue light at the bottom because blue is hottest and closest to the heat source whereas the red-orange flame at the top is farther away from the heat source and thus is not as hot as the blue.