Assuming you mean due to the finite speed of light, that is a very hard question.
False. They appear to be together because they are all in the same direction as we look towards them, but many are very far away from each other.
Stars appear to move around Polaris, the North Star, due to the Earth's rotation. In three hours, the Earth rotates approximately 45 degrees (360 degrees in 24 hours). Therefore, stars appear to move about 45 degrees around Polaris during that time.
In most cases, no. In many cases they're nowhere near each other in three-dimensional space, and only appear to be near each other from our vantage point. There are a couple of notable exceptions; for example, most of the bright stars in Ursa Major (including all the stars in the "big dipper" except for Alpha and Eta, which are the ones at each end) are part of the Ursa Major Moving group (not quite a cluster, but definitely associated with each other).
The Milky Way is a galaxy, not a planet like Earth. A galaxy contains hundreds of billions of stars - each is a Sun, and many of those may have their own planets.The Milky Way is a galaxy, not a planet like Earth. A galaxy contains hundreds of billions of stars - each is a Sun, and many of those may have their own planets.The Milky Way is a galaxy, not a planet like Earth. A galaxy contains hundreds of billions of stars - each is a Sun, and many of those may have their own planets.The Milky Way is a galaxy, not a planet like Earth. A galaxy contains hundreds of billions of stars - each is a Sun, and many of those may have their own planets.
Constellations are patterns formed by grouping together stars that appear close to each other in the night sky from our perspective on Earth. These patterns are traditionally named after mythological figures, animals, or objects. Constellations help people navigate the night sky and identify specific stars or regions.
All constellations are imaginary diagrams formed by patterns of many stars - each one it's own unique distance from Earth. So a constellation isn't a particular distance from Earth - as the stars only look like they're next to each other from our perspective here on Earth.
Perseus is a constellation ... a collection of individual stars that appear to form a pattern in the sky because of their positions. The stars of a constellation have no connection or association with each other. Each one has its own individual color, temperature, size, and distance from our solar system.
All constellations are imaginary diagrams formed by patterns of many stars - each one it's own unique distance from Earth. So a constellation isn't a particular distance from Earth - as the stars only look like they're next to each other from our perspective here on Earth.
some stars seem smaller than the other because they are further away from earth. many stars are also located in different galaxies and are very bright therefore making it slightly visible.
Stars in the sky set about four minutes earlier each day, due to the Earth's rotation. This is because the Earth completes a full rotation approximately every 24 hours.
All constellations are imaginary diagrams formed by patterns of many stars - each one it's own unique distance from Earth. So a constellation isn't a particular distance from Earth - as the stars only look like they're next to each other from our perspective here on Earth.
Wherever you see a star tonight ... rising, setting, or anywhere in between ... it will be at the same place slightly earlier tomorrow night ... on the average, ( 3 minutes56.5 seconds ) earlier.