Yes. To date scientists have discovered well over a thousand planets orbiting other stars. It is believe that a large portion of the stars in the night sky have planets.
Stars are not planets. They are like our sun and may or may not have planets orbiting around them. Stars are hot and the heat makes them look like bright lights in the sky on a clear night. Planets do not create very much, if any, visible light and are much harder to see because they only reflect the light from stars.
Yes.Here is a list.ALL of the objects on this list are in the Milky Way:-- all the planets, comets, and shooting stars that you can see, plus the Moon-- all the planets, comets, asteroids and moons that can be seen with telescopes-- the sun-- all the other individual stars that you can see-- the next nearest several billion stars that are too dim to see with your eyes-- all the planets that we'll be able to detect in orbits around other stars for a very long time
Planets but the look like stars
We tend to see the large planets farthest away from their stars. So it is unlikely we will find any small planets close to their star similar to Mercury.
The center of the orbit is between them in proportion to their masses. But the mass of the sun is so much larger compared to the mass of the planets that to a casual observer they do revolve around the center of the sun. Because planets don't orbit the exact center of stars, astronomers can see stars that "wobble" and can tell they have planets orbiting them. They will also get an idea of the period of those planets' revolutions around the star.
the stars emitt its own light. But the planets do not have any own light. It absorbs the light from the stars like a sun. It just reflects the light. And also the stars are far away from the earth than the planets. So we can found the twinkling of stars but not the planets.
The best possible answer is we don't know.Just a decade or so ago, astrophysicists believed that no other stars have planets. The first exoplanet discovered was Gamma Cephei b, in 1988. While its existence was questioned for more than a decade, it was finally proven in 2003.There are currently 840 Planets around 655 Stars, 128 of these are in systems with multiple planets; there are 2,712 Kepler candidates, and 2,756,217 Transit Survey Light Curves that could prove to be exoplanets as well.
The reason you can see planets and stars at night is that their light is faint and the brightness of the sun obscures them during the day. At night, when the sun is not visible, the fainter light from the planets and stars can more readily be seen.
There are stars all around us, so of course you'll see stars next to any planet you choose.
Stars are not planets. They are like our sun and may or may not have planets orbiting around them. Stars are hot and the heat makes them look like bright lights in the sky on a clear night. Planets do not create very much, if any, visible light and are much harder to see because they only reflect the light from stars.
Astronauts can see planets, stars, and species.
The entire visible spectrum plus the infrared and ultraviolet. They are trying to obscure the stars light and see the faint reflections of any planets nearby.
Yes.Here is a list.ALL of the objects on this list are in the Milky Way:-- all the planets, comets, and shooting stars that you can see, plus the Moon-- all the planets, comets, asteroids and moons that can be seen with telescopes-- the sun-- all the other individual stars that you can see-- the next nearest several billion stars that are too dim to see with your eyes-- all the planets that we'll be able to detect in orbits around other stars for a very long time
I don't believe so, but you can occasionally see the moon and other planets, called "morning stars". You can see the stars from outer space at any time, it's the atmosphere that gets in the way.
Planets but the look like stars
None of the planets are stars, only the stars. See related questions.
We can't even see individual STARS in other galaxies, much less PLANETS. We have no idea how many stars are there.