It takes roughly 365 days, or 1 year, for the Earth to complete its orbit around the Sun. Although it is an elliptical orbit, it is almost circular, so there is only a slight difference between the closest and farthest points from the Sun throughout the orbit. The two-dimensional plane occupied by the Earth's orbit is called the ecliptic.Know More
To complete its orbit in 365 days, the Earth travels around the Sun at a speed of about 67,000 miles an hour. The changing yearly seasons are the result of the Earth's orbit around the Sun combined with its own rotation and the 23.5-degree tilt away from the perpendicular of that rotational axis. The Earth's tilt remains fixed; it always points to the pole star, Polaris. This causes the Earth's top and bottom halves, the Northern and Southern Hemispheres, to be tilted away from the Sun during opposite points in the yearly orbit. This results in the change of seasons and accounts for why the seasons are reversed on either side of Earth's equator.
In terms of mass, the Sun is about 330,000 times the mass of the Earth. It is almost a perfect sphere with a diameter about 109 times the Earth's and accounts for approximately 99.86 percent of the Solar System's total mass.Learn more about Planets
The linear speed of Earth in its orbit around the Sun is approximately 107,300 kilometers per hour, or about 67,062 miles per hour. That speed is equivalent to 29.78 kilometers per second or 18.5 miles per second.Full Answer >
One year on Neptune is equal to around 165 Earth years or 60,190 Earth days, which is the amount of time it takes the planet to complete its orbit around the sun. Days on Neptune last about 16 hours, which is 8 hours less than Earth. This is the amount of time that it takes for Neptune to make a complete rotation on its axis.Full Answer >
Venus completes an orbit around the Sun in 224.7 days, compared to Earth's 365.25 days. Because Venus is closer to the Sun than Earth, Venus orbits the Sun faster.Full Answer >
The Earth moves around the Sun due to gravitational pull exerted upon the Earth from the Sun. Stars and planets all have magnetic fields that attract smaller objects, such as satellites. Objects are attracted to the strongest gravitational pull that is in close proximity.Full Answer >