The actual distances between each of the eight planets varies a lot, as their orbits are all different. Two planets might be close to each other at a given time, but several months or years later they might be on opposite sides of the universe, so their distances would be huge.
Planets in our solar system are far apart because of the vast distances between them. These distances are a result of the gravitational forces that govern the motion of celestial bodies in space. The spacing between planets allows each one to orbit the Sun without interfering with the gravitational pull of neighboring planets.
Illustrations generally fail to represent the sheer size and massive proportions of the solar system. The distances between objects are often imprecise and the distances are not always proportional, giving viewers of that particular illustration an incorrect idea of our distance from other planets.
Not at all. The only thing that sets the orbital period is the semimajor axis, which is the average of the maximum and minimum distances from the Sun.
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 distance between Mars and other planets in our solar system varies depending on their positions in their orbits. On average, Mars is about 225 million kilometers (140 million miles) away from Earth, which is the closest planet to Mars. The distances between Mars and other planets can range from tens of millions to billions of kilometers.
The distances between the planets vary all the time since they all orbit the Sun at different rates.
Planets in our solar system are far apart because of the vast distances between them. These distances are a result of the gravitational forces that govern the motion of celestial bodies in space. The spacing between planets allows each one to orbit the Sun without interfering with the gravitational pull of neighboring planets.
The orbits of the four inner planets are much closer, all orbiting the sun within ¼ billion km. The outer planets are more spread out, but are much larger in size. Their distances roughly double each time as you go out from Jupiter. Average distances of inner planets from sun; Mercury, 57,909,175km Venus, 108,208,930km Earth, 149,597,890km Mars, 227,936,640km Average distances of outer planets from sun; Jupiter, 778,412,010km Saturn, 1,426,725,400km Uranus, 2,870,972,200km Neptune, 4,498,252,900km
Illustrations generally fail to represent the sheer size and massive proportions of the solar system. The distances between objects are often imprecise and the distances are not always proportional, giving viewers of that particular illustration an incorrect idea of our distance from other planets.
ocean waves/ sound waves and it is also used in finding out the distances between planets and all.
Not at all. The only thing that sets the orbital period is the semimajor axis, which is the average of the maximum and minimum distances from the Sun.
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 distance between Mars and other planets in our solar system varies depending on their positions in their orbits. On average, Mars is about 225 million kilometers (140 million miles) away from Earth, which is the closest planet to Mars. The distances between Mars and other planets can range from tens of millions to billions of kilometers.
The astronomical unit (AU) is the unit commonly used to measure distances in the solar system. One astronomical unit is the average distance between Earth and the Sun, about 93 million miles (150 million kilometers).
In our solar system all the planets (and Sun) formed from one collapsing nebular. Therefore all the planets have the same stuff inside them. The differences between planets is caused by the differences in their outer layers as the planets formed at different distances form the Sun where the temperatures gradients allowed the condensation of different compounds. When you consider Xenoplanets, we do not know hat they are made of exactly yet.
No, the alignment of planets in the Milky Way does not have a significant impact on Earth's gravity. The gravitational pull between planets is determined by their masses and distances, not their alignment. Earth's gravity is mainly influenced by the mass of Earth itself.
Because their distances are not the same from the Sun. Minus this factor, it is impossible for any planets to orbit on the same orbitation.