Actually, no. The atmosphere between you and that star has very thin clouds, or just variances in temperature, that partially and temporarily obscure your view. The Earth's Sun is our closest star, and it is 93 million miles away. So the other stars are further away than that. That's a lot of distance for thing to get in the way of your line of sight. At one time, the planet Jupiter was commonly referred to as 'Jumping Jupiter', because the moons that revolve around it give the appearance of Jupiter's outline to be 'jumping', or 'expanding and contracting'. All of this information does not interfere with my appreciation of the popular song, "Twinkle, Twinkle, Little Star".
Stars in the universe twinkle because of refraction not gravity.
Stars twinkle due to the Earth's atmosphere and its turbulence, which causes the light from stars to refract and flicker as it passes through. The twinkling effect is not related to the presence of oxygen specifically, so stars can still appear to twinkle in the absence of oxygen.
Im sorry but there is no song that explains the life cycles of stars but u can find a song that has something to do with it like twinkle twinkle little star or something like that.....
No.
Planets appear to twinkle or shimmer in the sky due to the Earth's atmosphere causing the light from the planets to refract and bend, creating a flickering effect. Stars twinkle for the same reason. This effect is more noticeable when the planets are closer to the horizon, where the light passes through a thicker layer of the atmosphere.
they are in the sky, they twinkle, and the suns a star
Mars does not twinkle in the night sky as much as stars do, because planets are closer to Earth and appear as solid, bright discs of light. Twinkling occurs when starlight is distorted as it passes through Earth's atmosphere, but planets are large enough to not twinkle significantly.
Little Jane's eyes twinkled with excitement as her grandmother opened her present.
Oh, happy little question! Venus does not actually twinkle in the night sky like some other stars do. Its light is quite steady and strong due to how close it is to Earth and how its thick atmosphere interacts with light. Isn't that just magical to think about?
Not really. A star seems to twinkle because its light all comes from a single tiny pointand has to go through Earth's turbulent atmosphere. Planets don't twinkle, becausetheir light comes from a larger point. And in orbit or on the moon, stars don't either.They do not -so viewing them from space they do not.Only viewing them from Earth do theydo that, due to the atmosphere interference.No, stars really don't twinkle in the sky. The reason that stars seem to twinkle when you look at them is because there is a lot of atmosphere between you and the clouds. This causes the stars to disappear for a fraction of a second and reappear, making them seem to twinkle.No, stars really don't twinkle in the sky. The reason that stars seem to twinkle when you look at them is because there is a lot of atmosphere between you and the clouds. This causes the stars to disappear for a fraction of a second and reappear, making them seem to twinkle.
twinkle twinkle little stars? twinkle twinkle little stars?
All stars twinkle in our sky because of turbulence in the atmosphere of the Earth. As the atmosphere churns, the light from the star is refracted in different directions. This causes the star's image to change slightly in brightness and position, and thus twinkle. The "Stars" that do not twinkle are the planets in our Solar System except for Venus. Venus twinkles for it has massive clouds that move very fast that causes the twinkle to our eyes.
Well, friend, planets generally don't twinkle like stars do because they are much closer to us and their light isn't as easily disrupted by Earth's atmosphere. Take a moment to appreciate the steady glow of planets in the night sky, each one conveying its own unique beauty to be appreciated in stillness and wonder. Keep looking up and discovering the splendid cosmic dance that surrounds us every night.
The music video is named, "After Tonight" by Justin Nozuka
a diamond in the sky
All stars twinkle in some way. This effect occurs because the stars are so far away from the earth that the light they emit actually bends a bit in Earth's atmosphere thus producing a wavering light. So yes, the stars of the little dipper do twinkle.
Stars that twinkle the most are typically those that are low on the horizon and have to pass through a thicker layer of Earth's atmosphere. This causes their light to get refracted more, creating the appearance of twinkling. Additionally, stars that are hotter and brighter tend to twinkle more than fainter stars.