because the stars move around and we cant see it staright
Stars appear to move in the sky due to the rotation of Earth on its axis. As Earth spins, it causes the stars to appear as if they are moving across the sky. This is known as the apparent motion of the stars.
The period of a planet's revolution is the time that it takes to complete one revolution around its axis of rotation relative to the background stars (also known as rotation period).
The earths movement around the sun is called as revolution and the earth's motion within itself in its orbit is called as rotation. when the earth rotates its spinning in circles -around and around- and when it revolves its moving around the sun so rotation is when something spins in circles
There are two major motions affecting the Earth: its rotation around its axis, and its rotation around the Sun (which we call 'revolution'). While the rotation of the Earth on its axis causes the nightly movement of the stars across the sky, the revolution is responsible for the fact that we can see different parts of the sky at different parts of the year.
The earths movement around the sun is called as revolution and the earth's motion within itself in its orbit is called as rotation. when the earth rotates its spinning in circles -around and around- and when it revolves its moving around the sun so rotation is when something spins in circles
stars seams to rotate around the northern star
the earths rotation
Stars appear to move in the sky due to the rotation of Earth on its axis. As Earth spins, it causes the stars to appear as if they are moving across the sky. This is known as the apparent motion of the stars.
Due to the vast distance between the earth and polaris, the earths axis of rotation essentially lines up with polaris at all times, so when the stars are visible, and viewed from the north pole, the earths rotation causes the stars to appear to rotate around polaris.
The period of a planet's revolution is the time that it takes to complete one revolution around its axis of rotation relative to the background stars (also known as rotation period).
The period of rotation for each of the planets is as follows - the sidereal rotation (rotation time against background stars); PlanetSidereal rotational periodMercury58.646225Venus-243.0187Earth0.99726957Mars1.02595675Jupiter0.41007Saturn0.426Uranus-0.71833Neptune0.67125
Earth blocks half of space from our view.
according to big bang theory all heavenly bodies originated from single primeval atom, after it broke into several fragments and pieces, its whole energy was spread in frictionless universe. As a result all stars and planets formed
The passage of the sun across the sky during daylight, and the stars circling round the axis during darkness.
24 hours. Relative to the stars (the "real rotation"), it is about 23h56m.24 hours. Relative to the stars (the "real rotation"), it is about 23h56m.24 hours. Relative to the stars (the "real rotation"), it is about 23h56m.24 hours. Relative to the stars (the "real rotation"), it is about 23h56m.
The earths movement around the sun is called as revolution and the earth's motion within itself in its orbit is called as rotation. when the earth rotates its spinning in circles -around and around- and when it revolves its moving around the sun so rotation is when something spins in circles
The earth's turns affect which stars we can see, not if they are visible at all. The stars are always there, But the light from our sun is brighter then the stars, and when the earth turns facing away from the sun, the stars are the brightest thing in the sky.