How the tilt of the earth affects where the ecliptic falls on the celestial sphere?
Answers
If the path of the sun is celebrated from the reference frame of the earth, it appears to rotate around a path around the earth which is inclined at 23.5 degrees in relation to the spin axis. This path is called eclipse. It tells us that the Earth's spin axis is tilted with respect to the plane of the Earth's solar cell from 23.5 degrees. Observation shows that with the exception of Pluto, other planets are essentially in the orbit of the sun in the same plane. In the eclipse plane, there are many things that are in the orbit of the Sun. This suggests that as a result of the formation process of the Solar System, a disc of the material was formed from which the Sun and the planets were formed. The 23.5 degree inclination of the Earth's spin axis gives seasonal variation in the amount of sunlight obtained on the surface.
Pluto's class is extraordinary that its orbit makes an angle of 17 degrees with orbital orbit. It has given rise to many theories about Pluto's origin. Mercury is the only other planet that goes very far from the eclipse plane (7 degrees).