To provide an approximate period of revolution, I would need to know the specific object or celestial body you are referring to. Generally, the period of revolution can be calculated using Kepler's laws of planetary motion, which relate the orbital period to the semi-major axis of an orbit. For example, Earth has a period of revolution of about 365.25 days around the Sun. Please specify the object for a more accurate answer.
No. The period of revolution depends on the size of the orbit of the planet.
The period of revolution can be calculated using Kepler's Third Law: P^2 = a^3, where P is the period in years and a is the semimajor axis in astronomical units (AU). In this case, the period of revolution of the planet would be approximately 4.00 years.
Mercury's period of revolution around the sun is about 88 Earth days.
The year.
If the Earth's period of rotation doubled, days would be twice as long. This change would affect the length of day and night cycles and have impacts on weather patterns, plant growth, and animal behavior. However, the period of revolution staying the same means that the Earth's orbit around the sun would remain unchanged, so seasons and climate patterns would likely remain similar.
The sun does revolve in the Galaxy, but the period at which a single revolution would occur would be hundreds of millions of years. The sun spins every 25 days.
all u have to do is die
1830
rotation would be 9 hours and 55 minutes.
the period of revolution is related to the semimajor axis.... :)
the period of revolution is about 6.4 days
There is no planet with a revolution period of 164 Earth days. Neptune, however, has a revolution period of 164.8 Earth years.
The period from 1750 - 1850 is known as the Age of Revolution.
The approximate length of time required for one complete revolution of the moon around the earth is about 27.3 days. This period is known as a lunar month or sidereal month.
Jupiter has the shortest period of revolution among the gas giants, with a revolution period of about 11.86 Earth years.
No. The period of revolution depends on the size of the orbit of the planet.
Mars has roughly twice the Earth's period of revolution.