The sun is close enough to us to not be affected by our atmosphere. If you were to go into space no stars would twinkle
Stars appear pointy due to atmospheric distortion when viewed from Earth. The Earth's atmosphere causes light from stars to bend and twinkle, making them seem to twinkle and appear pointy. In reality, stars are spherical in shape like our own sun.
Both twinkle - even the sun does. However the relative size, as seen from Earth, means that the amount of "twinkle" is far more apparent for a star than for a planet. there is an apparent change in position of stars , so they seem to twinkle
Sparkle Twinkle Glittery
No. The sun is a star like any other; it holds no special place in the galaxy. The stars, including the sun, orbit the center of the galaxy. There are also stars in other galaxies.
The stars twinkle because they're balls of gas burning and making their own light, just like the sun. The moon is a solid rock and it doesn't make it's own light. The light from the sun reflects on the moon and that's why we see it.
When you look at the stars through any substantial atmosphere (mixture of gases), they appear to twinkle, and they're not visible during the day. When you look at the stars through no gas, like from the Hubble Telescope or from the surface of the moon, they're visible all the time, day and night, even when the sun is also in the sky, and they don't twinkle.
because when the light enters the atmosphere it goes in zigzags or long dot zigzags
Probably MILLIONS of stars very much like our Sun.
Viewed from the Earth's surface, all stars (except the sun) twinkle most of the time. Viewed from the Space Station or anywhere else outside the atmosphere, none ever do.
Stars appear pointy due to atmospheric distortion when viewed from Earth. The Earth's atmosphere causes light from stars to bend and twinkle, making them seem to twinkle and appear pointy. In reality, stars are spherical in shape like our own sun.
Both twinkle - even the sun does. However the relative size, as seen from Earth, means that the amount of "twinkle" is far more apparent for a star than for a planet. there is an apparent change in position of stars , so they seem to twinkle
because the light of stars travel and twinkles before our eyes,, :|Actually, the atmosphere's interference makes them look like they are twinkling, the light from the star is actually solid. Like our sun. Our sun is a star.
Sparkle Twinkle Glittery
Earth's movement around the sun bends the light.
Earth's movement around the sun bends the light.
The Sun is closer that any other star to us, there for the sun looks larger than other stars. The sun is actually small in comparison to other stars.
No, but our sun is a star just like all the other stars in the night sky.