To see a star's light shining steadily, we would need to be in a location free from atmospheric interference, such as in space or at a high altitude above Earth's atmosphere. This reduces the effects of air turbulence and light pollution, allowing for a clearer view of the star. Additionally, being far enough from the star ensures that its light appears stable, without the flickering caused by atmospheric conditions.
Stars are the sources of light. If they did not emit light, there would be no stars and thus no astronomy.
no,because the light of the Sun reflects off stars which makes them visible to us.
Light can travel through space. All the light that we get on the earth's surface; usually travels from the sun through space before it can reach here.
During the day, the bright light from the sun makes it difficult to see other stars. If we were to see stars during the day, we would see the same ones that are present in the night sky but they would be much dimmer and harder to distinguish due to the sun's glare.
It is one tool that you can use. It is more for examining light and its properties, than for simple observation of stars, which you would use a telescope or binoculars for. It can be used to specifically examine the light to try and find out more about the stars and what they consist of.
Stars are the sources of light. If they did not emit light, there would be no stars and thus no astronomy.
If Megrez stopped shining today, it would take approximately 80-100 years before we no longer see its light in the night sky. This is because the star is around 80-100 light years away from Earth.
The nearest star (other than the Sun) is 4.7 light-years from Earth, meaning it takes 4.7 years for light from that star to reach us. That star could die and we would not know it for 4.7 years. Some stars are billions of light years away, it would be billions of years before we noticed that the star was no longer shining.
"Light year" is a distance, not a time. It's the distance that light travels through space in one year, roughly 5,878,500,000,000 miles. The earth is about 4,500,000,000 years old now. The stars probably look pretty much the same now as they did when the earth was born, except that they're different stars now ... some of the old ones have disappeared and newer ones have started shining since then.
In principle the light from some stars takes a long time to arrive so the star might have disappeared and we would not know about it until the last piece of light reached us and then stopped. It's highly unlikely for the local stars we can see with the naked eye, but not impossible.
When you are awake with your eyes closed, you can tell when there is a light on or a light shining nearby. However, if you are unconscious or sleeping, the brain may not detect a light shining. During the REM period of sleep, for example, you would be dreaming and not using your eyes to see your surroundings.
The negation of the sentence the sun is shining would be that the sun is not shining.
Light travels at about 300,000 metres per second. The time taken for that light to reach us would depend on the stars distance.
To measure the distance of stars you have to measure by light years.
The stars are just like the sun. If you fly to a star it is probably bigger than earth but sometimes it could be as big as a country. If the star is dead it would be like a rock if it is alive they would be shining in the sky as a similar color to the sun.
Oh, dude, the noun in that sentence is "Stars." It's like the main character of the sentence, the one doing all the work to create light and heat. Without it, the whole sentence would just be like, "Create light and heat," which is pretty boring if you ask me.
Yes they do shine - all the time. If earth did not have an atmosphere, then you would see them shining up there with the sun in the sky during the daytime as well. Stars are always there, and they will probably be there long after we are gone.