From : http://www.bigsiteofamazingfacts.com/how-many-stars-can-you-see-in-the-sky
"Of the billions and billions of stars in the heavens, only about 6,000 can be seen from the earth without a telescope. And about a quarter of these 6,000 stars cannot be seen from most lands north of the equator."
Other estimates range anywhere from 2000 to 10,000, depending on where you are and what reference you use.
Yes, Jupiter can be seen at night without a telescope. It is one of the brightest objects in the night sky and can often be spotted with the naked eye. Its distinct brightness and position among the stars make it relatively easy to identify.
Definitely, a 500-mm (20-inch) telescope is a large instrument because 500 mm is the diameter of the main mirror or lens, so the telescope would be 3-5 metres long. A telescope this size could see faint stars down to a magnitude of round about 15. Remember that you don't need any telescope at all to see stars. On a clear night in a dark place, you can see a few thousand of them with only your eyes.
No. There are roughly 5,000 stars visible to the naked eye.
A telescope is an instrument used to gaze at stars in the night sky. Telescopes collect and focus light from distant objects, allowing astronomers and enthusiasts to observe celestial bodies more clearly and in greater detail.
Galileo discovered stars by using the telescope?
On a clear night, around 2,500 stars are visible to the naked eye from any given spot on Earth. The number can vary slightly depending on light pollution and atmospheric conditions. With a telescope, millions of stars become visible.
It may surprise you to know that only about 6,000 stars can be seen without a telescope at any one time in the night sky.
Yes, Jupiter can be seen at night without a telescope. It is one of the brightest objects in the night sky and can often be spotted with the naked eye. Its distinct brightness and position among the stars make it relatively easy to identify.
Definitely, a 500-mm (20-inch) telescope is a large instrument because 500 mm is the diameter of the main mirror or lens, so the telescope would be 3-5 metres long. A telescope this size could see faint stars down to a magnitude of round about 15. Remember that you don't need any telescope at all to see stars. On a clear night in a dark place, you can see a few thousand of them with only your eyes.
No. All the stars you see at night are in our galaxy. Stars in other galaxies are much too far away to be seen without a powerful telescope.
The night time stars are suns, so distant they appear as points of light. Note that the planets Mercury, Venus, Mars, Jupiter, and Saturn can be seen without a telescope and can be mistaken for stars.
a stars chat
some stars.
To see hundreds of thousands of stars, you would need a clear, dark sky away from light pollution. Using a telescope or binoculars with a high magnification power can help bring out more stars. Additionally, being at a high altitude or in a location with minimal atmospheric interference can enhance the visibility of stars.
Yes, it is possible today.====================================There are billions of galaxies, and you haven't mentioned which one you'reinterested in.If you mean the Milky Way galaxy ... the one of which the Sun is a member ...then the task is easily begun without any telescope at all.ALL of the stars you see with your eyes when you stand in your back yardand browse the night-time sky are stars in the Milky Way galaxy.Spotting individual stars in OTHER galaxies does require a telescope.
To find stars in the night sky using a telescope, first, choose a clear night with minimal light pollution. Set up your telescope in a dark area, away from bright lights. Point the telescope towards the area of the sky where you want to observe stars. Use the telescope's finder scope to locate a bright star or constellation as a reference point. Once you have found a reference point, adjust the telescope's focus and magnification to observe other stars in the surrounding area. Happy stargazing!
Interference from Earth's atmosphere.