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Which following stars . . you didn't give any names :) But the Pole star is almost in line with the Earth's north and south poles, less than 1 degree off.
The celestial axis. It is the point around which all stars in the sky travel. Polaris, the North Star, lies approximately on this line
The bright star Polaris in approximately aligned with the Earth's axis of rotation and therefore does not change its seeming position when seen from the Earth, no matter the time of day or the time of year. It is always towards North. When you stand at the North Pole, the star will be approximately directly overhead.There is no similar, bright pole star for the southern hemisphere.
The stars all rotate about an imaginary axis line that goes through the poles of the earth. From our veiw point, the fixed stars will move across the sky, corresponding to this spin. The polaris star is almost on this imaginary axis line - if you were to carry on extending it out to this star.
The NorthStar(Polaris) isthe star that never moves in the sky asEarth rotates.Actually, it does move a little bit, because it's notexactly over the North pole.
Polaris is a star which is directly above the North Pole and therefore appears to be stationary as the Earth rotates on its axis.
It is called Zenith.
Which following stars . . you didn't give any names :) But the Pole star is almost in line with the Earth's north and south poles, less than 1 degree off.
The celestial axis. It is the point around which all stars in the sky travel. Polaris, the North Star, lies approximately on this line
The north star
All the constellations appear to rotate round the pole star because the pole star is in line with the axis that the Earth rotates around with us on board.
Not just the big dipper but all of the stars appear to rotate around the North Star because Earth is rotating. The North Star does not appear to move because it is in line with Earth's axis of rotation.
Earth is heated by the sun, which is a star.
The Northern Star is also known as Polaris. This is the star that the Earth's axis of rotation approximately points to.
As the earth revolves in its orbit around the sun, it acts like a gigantic gyroscope. The tilt in the pole is always oriented (with some complex variations that can't be covered here) toward the pole star. The star is so far away that the width of earth's orbit doesn't have a great effect on the star's position in our sky. The pole star does appear to move a little. It is very close to the celestial position of the north pole, but it is not exactly on the point.
The North Star, Polaris, is a fairly ordinary F7 star about 430 light years away. It is not particularly bright. Its importance lies in its apparent position directly (well, ALMOST directly) above the Earth's North Pole. This position is entirely coincidental, since all of the stars have their own proper motions, and the Earth itself "wobbles" - or precesses - on its axis with a period of 25,800 years.
The bright star Polaris in approximately aligned with the Earth's axis of rotation and therefore does not change its seeming position when seen from the Earth, no matter the time of day or the time of year. It is always towards North. When you stand at the North Pole, the star will be approximately directly overhead.There is no similar, bright pole star for the southern hemisphere.