The North Star or Polaris in the constellation of Ursa Minor
From any location north of the Equator: The north star (Polaris) is in the sky, always due north of you, and always as many degrees above the horizon as your latitude north of the equator. It makes no difference what time you look for it, or where you are in an east or west direction.
The North Star (Polaris) is never near the moon in the sky.The North Star is not a particularly conspicuous star ... many other stars are brighter. The North Star is distinguished by the fact that while every star in the sky appears to turn around the earth ... completing one revolution roughly every 24 hours ... the North Star is the one that appears almost stationary in the sky, appearing always in the same place.Note that the North Star is not visible from any place south of the equator. The following discussion applies for anyone living north of the equator:To find the North Star, face north on a night when the sky is clear of clouds. If you know your latitude in degrees north of the equator, raise your eyes that same angle from the northern horizon ... the horizon itself is zero degrees, and the point directly over your head is 90 degrees. The North Star appears due north of you, and an angle above the horizon that's equal to your north latitude.If you don't know your latitude, the North Star can be identified by its relationship to distinctive patterns of other stars in the same region of the sky; but to describe them here would become complex and tedious. Perhaps the best suggestion is that you take a lawn chair outside on a comfortable night, set it up facing north and get comfortable. Looking due north at the sky, familiarize yourself with some of the most conspicuous stars in that direction, and their places with respect to each other. Look again 15 minutes later, and again after another 15 minutes. Eventually, you'll come to recognize that the entire sky and every star in it is turning around one point in the northern sky. The star at that point, which appears not to be moving at all, is the North Star.
The Big Dipper seems to rotate around the north star, this due to the Earth's rotation, not an actual movement of the stars.
No.The Sun is the brightest star (relatively, due to distance) in the sky.The moon. Earth's satellite is brighter than Venus.Venus is a planet, not a star. Venus is, however, the brightest planet in the sky followed by Jupiter and Mars.The apparent magnitudes of several celestial objects is:Our sun: -26.74A full moon: -12.92Venus: -4.67Jupiter: -2.95Mars: -2.91Sirius: -1.47 (the brightest star after the sun)
The North Star is visible from any place in the northern hemisphere on a clear night.As its name implies, it is always seen due north of the observer, almost exactly at apoint in the sky called the "North Celestial Pole", from which it never appears to move.Its angle above the northern horizon is almost exactly equal to the observer's latitude,which is about 24.5 degrees at Key West, and about 30 degrees at Jacksonville.
The northern star is aligned with the north pole. Thusly it tells you where due north is. Once a person knows where north is, any direction can be figured out. That is why it is used for navigation.
Polaris is also known as the north star. It is always due north in the sky, unlike the other stars which appear to rotate about it due to the spin of the earth. You can use it to find North, from this you can then work out other direction.
It always appears due north in the sky and is a reasonably bright star
North
No, due to the shape of the earth you can not see the North Star below the equator.
The right hand edge of the pot in the big dipper (ursa major) points to Polaris, the north star. Follow the stars from the lower right to the upper right corners of the pot, and you will find the north star. The north star is also the end of the handle of the little dipper (ursa minor). In the northern hemisphere, the north star never moves in the night sky, no matter what time of night, all the other stars move from east to west over the course of the evening. The north star is due north of the north pole. The number of degrees the north star is above the horizon will always indicate the lattitude of the observer. For instance, Boston is at around 42 deg N lattitude, the north star is around 42 deg above the horizon when looking north.
From any location north of the Equator: The north star (Polaris) is in the sky, always due north of you, and always as many degrees above the horizon as your latitude north of the equator. It makes no difference what time you look for it, or where you are in an east or west direction.
Shakespeare says that love: is the star to every wandering bark, In Shakespeare's time, many ships used to navigate by plotting a course according to the Pole Star (which is always due North, when viewed from north of the Equator). Shakespeare says that love is as reliable as the Pole Star, you can steer your life by it.
Because in the future, due to a wobble in how the earth rotates on its axis, known as precession, what we now see as the north star, which we all Polaris, will no longer appear to be in that position.
The star is called Polaris or the North Star. It is almost at the north celestial pole at present. It's currently about as close to the NCP as it ever gets, and will slowly be moving away (more accurately, the NCP will be moving away from it), though it will be the closest bright star to the NCP for a thousand years or so yet (around the year 3000, the NCP will be about equidistant between Polaris and Gamma Cephei, after which Gamma Cephei will be the "pole star" for about 2200 years until it in turn loses the title to Iota Cephei). The north star (not capitalised) changes over long periods of time due to the precession of the earth on its axis. In several thousands years the star Vega will be nearer the north celestial pole.
Due to the earths precession (How the earth 'wobbles' on its axis) the pole star changes over time. Though this takes many, many years
The stars don't move, the Earth (and you) does. You're spinning (once a day) around a line drawn from the north pole to Polaris.