A planet closer to the Sun, like Mercury, has a shorter orbital period, meaning it completes a year in less time than a planet farther away, such as Neptune. This difference is due to gravitational forces; the closer a planet is to the Sun, the stronger the gravitational pull, leading to faster orbital speeds. Consequently, planets further from the Sun take longer to complete their orbits due to weaker gravitational attraction and larger distances to cover. Thus, the year length varies significantly based on a planet's distance from the Sun.
A planet closer to the Sun has a shorter orbital period, meaning it completes its year in less time compared to a planet that is farther away. This is due to the stronger gravitational pull from the Sun, which causes closer planets to travel faster in their orbits. For example, Mercury, the closest planet, takes about 88 Earth days to orbit the Sun, while Neptune, being much farther away, takes about 165 Earth years. Thus, the distance from the Sun significantly affects the length of a planet's year.
Second
Neptune is closer to the sun but because of Pluto's elliptical orbit, Neptune is farther away form the sun for 20 years. Neptune is closer to the sun but because of Pluto's elliptical orbit, Neptune is farther away form the sun for 20 years.
Jupiter isn't farther than either. Jupiter is the 5th planet from the Sun, Saturn is the 6th planet from the Sun, & Uranus is the 7th planet from the Sun.
No, the amount of light received from the sun decreases the farther a planet is from it. Distance plays a key role in determining how much light a planet receives, with those closer to the sun receiving more sunlight than those farther away.
A planet closer to the Sun has a shorter orbital period, meaning it completes its year in less time compared to a planet that is farther away. This is due to the stronger gravitational pull from the Sun, which causes closer planets to travel faster in their orbits. For example, Mercury, the closest planet, takes about 88 Earth days to orbit the Sun, while Neptune, being much farther away, takes about 165 Earth years. Thus, the distance from the Sun significantly affects the length of a planet's year.
it is older
Closer than the other planets in our Solar System? No - only Neptune is farther away, the other planets are closer to the SuUn than Uranus.Closer than the other planets in our Solar System? No - only Neptune is farther away, the other planets are closer to the SuUn than Uranus.Closer than the other planets in our Solar System? No - only Neptune is farther away, the other planets are closer to the SuUn than Uranus.Closer than the other planets in our Solar System? No - only Neptune is farther away, the other planets are closer to the SuUn than Uranus.
Second
farther away
Neptune is closer to the sun but because of Pluto's elliptical orbit, Neptune is farther away form the sun for 20 years. Neptune is closer to the sun but because of Pluto's elliptical orbit, Neptune is farther away form the sun for 20 years.
farther away
Closer than what?
Jupiter isn't farther than either. Jupiter is the 5th planet from the Sun, Saturn is the 6th planet from the Sun, & Uranus is the 7th planet from the Sun.
No, the amount of light received from the sun decreases the farther a planet is from it. Distance plays a key role in determining how much light a planet receives, with those closer to the sun receiving more sunlight than those farther away.
Sediment closer to mid-ocean ridges is typically younger, coarser, and consists of more volcanic material compared to sediment farther away. This is because the closer proximity to the ridge results in a higher input of freshly erupted material from the underlying volcanic activity.
The planet that orbits the sun closer than Saturn but farther away than Mars is Jupiter. Jupiter is the fifth planet from the Sun and is located between Mars and Saturn in terms of its distance from the Sun.