Answer: A shooting star
Answer: One with a small surface, such as a white dwarf or a neutron star. These are "dead stars", in the sense that energy production has stopped.
The same reason it gives light to the Earth - the Sun shines on the moon too.
it is not very light but it is little bit light
When light strikes a black object, the object absorbs most of the light and reflects very little. This absorption of light is what gives black objects their characteristic dark appearance.
Any star . The star that supplies heat and light to us is our very own Sun.
A small star that only gives off faint light and is relatively cool is likely a red dwarf star. These stars are much smaller and cooler than our Sun, but they are the most common type of star in the universe. Despite their dim appearance, red dwarfs can be very long-lived.
no, the sun isn't big enough. infact when the sun will die it will explode and then it will be squashed by its gravity and it will become a nana biancha. or a little star wich gives out very little energy.
Which of the following light technologies is known for losing very little light during transmission
White dwarfs are very hot but give off little light, as they are small and dense remnants of low- to medium-mass stars. The high temperature comes from residual heat left over from their evolution, but they do not have enough mass to undergo fusion and generate significant light output.
Very little light.
Stars and the moon are very very far away. the closest star is over 20 light years away. and, the moon is very very small compared to a star. so a star couldent enter the moon, the moon would enter a star.
Buying jeans online is so simple these days. Buying jeans online gives the buyer more choice with very little effort needed. Those customers who love G-Star Raw Jeans will find that they can select and buy a pair very quickly by going directly to the G-Star website.
No. Stars of different sizes and composition have different luminosity (light) levels. A very big star will most likely be blue and shines very brightly, while small stars like white dwarf stars emit very white light, but are mostly very dim.