For the 8 major planets, the length of the year (period of revolution) in Earth time:
Mercury = 88 days (0.25 Earth years) - 2.9 months
Venus = 224.7 days (0.67 Earth years) - 7.4 months
Earth = 365.25 days (1 Earth year) - 12 months
Mars = 687 days (1.88 Earth years) - 1 year, 2.5 months
Jupiter = 4332.6 days (11.86 Earth years) - 11 years, 10.3 months
Saturn = 10759 days (29.46 Earth years) - 29 years 5.5 months
Uranus = 30799 days (84.3 Earth years) - 84 years, 3.6 months
Neptune = 60190 days (164.8 Earth years) - 164 years, 9.6 months
The revolution period of a planet is the time it takes to travel around the Sun. The revolution period of Mercury is 58.65 Earth days, for Venus is 224.7 days, Mars is 686.93 days, Jupiter is 11.86 Earth years, Saturn is 29.46 years, Uranus is 83.75 years, and Neptune is 163.72 years.
Mercury: 88 Earth days Venus: 225 Earth days Earth: 365.25 days Mars: 687 Earth days Jupiter: 11.9 Earth years Saturn: 29.5 Earth years Uranus: 84 Earth years Neptune: 165 Earth years
define "revolution" more in detail please
No. The period of revolution depends on the size of the orbit of the planet.
The revolution of planets in the solar system refers to the motion of a planet in its orbit around the Sun. Each planet follows an elliptical path with the Sun at one of the foci. The time it takes for a planet to complete one revolution is known as its orbital period.
To find the number of revolution days of a planet, you can use the formula: revolution days = orbital period / rotation period. The orbital period is how long it takes for the planet to complete one orbit around the sun, while the rotation period is how long it takes for the planet to rotate on its axis. This formula will give you the number of days it takes for the planet to complete one full rotation around its axis.
A planet's rotation is its spinning on its axis, which determines day and night cycles. Its revolution is its orbit around the sun, which determines its year length. Both rotation and revolution are independent of each other, but they work together to create the planet's overall movement and the changing seasons.
mercury
anti clockwise
There are 365.25 days in the Earth's revolution around the Sun. Hence, leap years. Each planet has its own period of revolution.
because the sun go to the earth
No. The period of revolution depends on the size of the orbit of the planet.
Each planet in our solar system revolves around the sun in an elliptical orbit. The time it takes for a planet to complete one revolution around the sun is known as its orbital period. This period varies for each planet based on its distance from the sun.
The rotation of a planet refers to the planet spinning like a top; a "revolution" is the time required for the planet's orbit around the Sun.
The revolution of planets in the solar system refers to the motion of a planet in its orbit around the Sun. Each planet follows an elliptical path with the Sun at one of the foci. The time it takes for a planet to complete one revolution is known as its orbital period.
To find the number of revolution days of a planet, you can use the formula: revolution days = orbital period / rotation period. The orbital period is how long it takes for the planet to complete one orbit around the sun, while the rotation period is how long it takes for the planet to rotate on its axis. This formula will give you the number of days it takes for the planet to complete one full rotation around its axis.
Yes.
How does a planet's distance from the sun affect its period of revolution?
Mercury: 88 days Venus: 225 days Earth: 365 days Mars: 687 days Jupiter: 4,333 days Saturn: 10,759 days Uranus: 30,687 days Neptune: 60,190 days
A planet's revolution is its orbit around the sun. A planet's rotation is its movement about its axis. For example, the Earth's revolution around the sun takes 365.26 days, and its period of rotation is 24 hours.