Stars are powered by the process of nuclear fusion, which is where hydrogen nuclei are fused together to become helium. A helium nucleus weighs slightly less than the hydrogen used to create it, and the chance in mass is converted to energy using the formula e = mc2. This energy is released as radiation (including visible light and heat).
Yes, stars do not stop shining until they run out of resources.
It is actually absolute magnitude, opposed to apparent magnitude which is how much light stars appear to give off.
As light travels, it loses intensity. The stars are millions of times farther away from us than the sun, so when the light from those stars gets here, it is very dim. The sun is much closer, so it gives off much more light. This light overpowers the light from the stars, so they can't be seen during the day.
Natural objects that emit light include the sun, stars, and certain bioluminescent organisms like fireflies and deep-sea creatures. These objects generate light through processes such as nuclear fusion in stars or chemical reactions in living organisms. Other examples include lightning and volcanic eruptions, which also produce natural light.
Stars are the sources of light. If they did not emit light, there would be no stars and thus no astronomy.
No, the sun gives light to the moon, but not the stars. the stars give their own light.
Stars (The Sun).
light?
stars turn hydrogen into heavier elements in nuclear fusion. this process gives off light and heat.
Because the moon is not a star and only stars can produce light by itself.
EVERY star, no matter what size, is luminous; it gives off light.
Yes, stars do not stop shining until they run out of resources.
EVERY star, no matter what size, is luminous; it gives off light.
Studying the light coming from stars can provide important information about their composition, temperature, age, and distance from Earth. This data helps astronomers to better understand the properties and behavior of stars, as well as their role in the universe.
Stars derive their heat and light from the process of nuclear fusion, by which hydrogen becomes helium and other, even heavier elements.
It is actually absolute magnitude, opposed to apparent magnitude which is how much light stars appear to give off.
No. Stars emit light.