The relationship is described by Kepler's Third Law.
It was Kepler. It's Kepler's 3rd Law of Planetary motion.
because the sun is far away from Pluto the planets suface would be ice i hope that helped you.
there are different distances such as the closest planet mercury is 58 km away from the sun.
The planets revolve attracted by the gravitational force of primarily the sun and to a lesser degree the gravitational attraction of other planets. The reason for the orbit is thought to relate to the rotation of the primeval gas could which gave berth to the sun and the planets.
Everything is mostly space. The diameter of the sun is 865 thousand miles, which is a bit under a million. The radius of the earth's orbit is 93 million miles, almost 100 million. Sedna, which isn't even outside the solar system, orbits 900 times as far (currently).
The cubes of the average distances of the planets from the sun is proportional to the squares of their periods.
The difference is that the sun is a star, the other planets are just planets
The distances vary as the planets orbit the Sun. On average, the answer is Mercury.
It varies. The planets move in their orbits at different distances from the sun and at vaying speeds. The distances between them is constantly changing.
yes, however as compared to the outer planets, no.
It was Kepler. It's Kepler's 3rd Law of Planetary motion.
because the sun is far away from Pluto the planets suface would be ice i hope that helped you.
there are different distances such as the closest planet mercury is 58 km away from the sun.
they have different distances from the sun
because they we're made at different times
No. The planets all orbit the sun at the same time. The planets occupy different orbits at different distances from the sun so they do not affect one another significantly.
The Bode's Law is a rule that estimates distances of planets from the Sun in our solar system based on a numerical sequence. It was proposed by Johann Daniel Titius and Johann Elert Bode in the 18th century, and while it accurately predicted the positions of several planets, it is widely considered a numerical coincidence rather than a physical law.