The length of time it takes for a planet to orbit the sun is based on its distance from the sun, not its mass. The farther a planet is from the sun, the larger its orbital path, and the longer it takes to complete an orbit.
Outer planets take longer to orbit the sun because their orbits are larger and therefore they have more distance to cover in their journey around the sun, as described by Kepler's third law of planetary motion. Additionally, the gravitational pull of the sun decreases with distance, leading to slower orbital speeds for outer planets compared to inner planets.
Planets further out from the sun have a larger orbit to travel around, which takes more time. This is because their orbital path is longer, meaning they move at a slower average speed compared to planets closer to the sun. This results in different orbital periods for different planets.
Most known extrasolar planets are more massive than Jupiter because they are easier to detect with current technology. More massive planets exert a stronger gravitational pull on their parent stars, causing a more noticeable wobble or dimming of light that can be detected. Smaller planets like Earth are harder to observe due to their smaller size and weaker gravitational influence.
All those planets which lie outside (relative to the sun) earth's orbit will take longer than earth (1 year) to orbit the sun. Mars Jupiter Saturn Uranus Neptune
The "outer planets" (gas giants Jupiter, Saturn, Uranus, and Neptune) are more massive and spin faster than the inner planets. Although their distance from the Sun means they retained cold outer atmospheres, they would be larger even without these dense gaseous envelopes. The outer planets do not have to move as rapidly in their orbits to counteract the Sun's gravity, as this decreases with the orbital distance. During planetary formation, the protostellar disc would have clumped at the appropriate distance for its velocity. Given this lower speed, and the greater distance traveled, the outer planets take much longer to orbit the Sun than Earth.
Massive is planets that orbit the sun and have more mass
Massive is planets that orbit the sun and have more mass
More massive planets have more gravitational pull. If a satellite were to pass by Earth and Jupiter at the same distance from each planet, the satellite would be more attracted to start orbiting Jupiter because of its pull. The more massive a planet is the more likely it is to get a satellite to orbit it.
The Earth stays in its orbit under the force of gravity from the Sun, which is much more massive than all the planets.
The outer planets take longer to orbit the Sun, because they are farther away from the Sun. It make its gravitational pull weaker to the farther planets. That means that the outer planets take longer to orbit the Sun.
I'm not sure what you mean by "Star planets." However, I can tell you that there are 8 known planets that orbit the star Sol, including Earth (Sol 3).
Most of the known extrasolar planets are more massive than Earth because massive planets are easier to detect. We have detected planets smaller than Earth.
The sun is a thousand times more massive than all the planets combined. The planets all orbit the sun for this reason--due strictly because of its great mass.
Outer planets take longer to orbit the sun because their orbits are larger and therefore they have more distance to cover in their journey around the sun, as described by Kepler's third law of planetary motion. Additionally, the gravitational pull of the sun decreases with distance, leading to slower orbital speeds for outer planets compared to inner planets.
The sun is more than a thousand times as massive as all other matter in the solar system combined. It is the resulting solar gravity that keeps all the planets in their orbits.
The planets in our solar system have an elliptical (oval) orbit around the Sun. This orbital shape is a result of the gravitational forces between the planets and the Sun. Planets closer to the Sun have shorter and more circular orbits, while those farther away have longer and more elliptical orbits.
Yes. The massive giant planets have far more moons than the less massive terrestrial planets.