the planets move around in an oval shape around the sun there are 2 ways they do that
1.the revolution around the sun
2.spinning around
if a planet goes around the sun then that's called a revolution it takes 365 days (1 year) for the earth to go around the sun
if a planet spins around that is 1 day it takes 24 hours (1 day) for earth to spin around
some planets take longer to go around the sun and some go faster than the earth
Planets are seen in different locations at different times due to their orbits around the sun. As Earth and other planets move in their orbits, their positions relative to each other change. This causes the planets to appear in different locations in the night sky depending on the time of year.
Planets orbiting closer to their sun tend to move a lot faster then planets further out. This case is no exception Mercury has a year of 88 Earth Days, and Saturn has a year of 10,832 Earth days.
Mercury has the shortest year of all the inner planets, lasting only about 88 Earth days. This is due to its close proximity to the Sun, which results in faster orbits around it compared to other planets.
Distant planets have longer years because they are farther from the sun, so they take longer to complete one orbit around it. This means that the time it takes for them to go around the sun once is longer compared to Earth, which is closer to the sun. The farther a planet is from the sun, the longer its year will be.
A planet's year is the time it takes to complete an orbit around the sun. So the planets with the longest years are the ones farthest from the sun. Pluto has the longest in our solar system, followed by Neptune, then Uranus, Saturn, Jupiter, and so on.
Planets move around (or orbit ) the sun is due to gravity. The Earth orbits the sun one every 365 days, which constitutes one year as we know it.
All the planets in the solar system move at different speeds around the sun, and at different distances. The term "year" as in one orbit around the sun has nothing to do with a "year" as a unit of measurement on Earth.
Planets move in a few primary ways: rotation on their axis, which results in day and night cycles; revolution around a star, like the Sun, which determines their year length; and orbital motion within a solar system, influenced by gravitational forces. Additionally, planets may have other motions, such as precession or tidal forces, affecting their orbits.
The strip of the sky through which the sun, moon, and brightest planets appear to move in the course of a year is known as the ecliptic.
Planets are seen in different locations at different times due to their orbits around the sun. As Earth and other planets move in their orbits, their positions relative to each other change. This causes the planets to appear in different locations in the night sky depending on the time of year.
The strip of the sky in which the Sun, Moon, and bright planets appear to move is called the ecliptic. The ecliptic is the apparent path that the Sun takes through the sky over the course of a year due to the Earth's orbit around it. It is also the path that the Moon and planets generally follow, staying close to this line in the sky.
That is a "year" for that planet.
since it is closer to the sun it gets around the sun faster cause it has less of a rotation to go around Mercury only has 88 days in a year cause its closer but since were farther we have 365 days in a year
All of the planets in our Solar System are less than a light year away, but no other planets around other stars are within that distance.
Rotation (i.e. how long it takes to turn around once - a day or 24 hours roughly) and Revolution (i.e. how long it takes to move around the Sun once - a year or 365.25 days approximately).
The "year" is the time it takes a planet to completely revolve around the sun in its orbit.
around 25000 a year but you move up fast around 25000 a year but you move up fast