The Sun and planets were all most likely formed from a single gas cloud several billion years ago. The center of this region became compressed under gravity, while the planets formed from areas of higher density which could attract more matter. Everything in the solar system maintained the initial spin of that cloud, and so all the planets orbit the Sun in the same direction.
So far, all the planets discovered orbiting THIS star orbit in the same direction; counter-clockwise as seen from high above the north pole. We expect that all planets in a particular solar system are likely to orbit in the same direction.
Most moons orbit their planet the same way the planet rotates. One of Neptune's moons is very different. That moon goes in the opposite direction of Neptune's rotation.
orbit around the sun
Planets are kept in their orbit by the suns gravity, yet their momentum keeps them from falling into the sun. (Thank goodness!) Planets orbit in the direction their star rotates, so in our solar system, all planets orbit in the direction of the star.
All planets with a greater orbit than the Earth.MarsJupiterSaturnUranusNeptune
The suns gravitational pull forces them to move in one direction
That is a leading question based on a false premise. The people who study planets are astronomers not evolutionists.
So far, all the planets discovered orbiting THIS star orbit in the same direction; counter-clockwise as seen from high above the north pole. We expect that all planets in a particular solar system are likely to orbit in the same direction.
Most moons orbit their planet the same way the planet rotates. One of Neptune's moons is very different. That moon goes in the opposite direction of Neptune's rotation.
It has to do with the formation of the solar system. Since all of the matter that condensed into what makes the solar system bodies was spinning in the same direction while coming together, it would have taken a drastic event to cause one of the bodies to orbit in a different direction.
It has to do with the formation of the solar system. Since all of the matter that condensed into what makes the solar system bodies was spinning in the same direction while coming together, it would have taken a drastic event to cause one of the bodies to orbit in a different direction.
Yes. Earth is one of eight planets in our solar system, all of which are in an orbit around our central star which we call the sun.
It has to do with the formation of the solar system. Since all of the matter that condensed into what makes the solar system bodies was spinning in the same direction while coming together, it would have taken a drastic event to cause one of the bodies to orbit in a different direction.
orbit around the sun
gravitational pull
The same as all the other major planets : counterclockwise as viewed from the "north" or "top" of the solar system. (This is of course an arbitrary but necessary distinction.)
Planets are kept in their orbit by the suns gravity, yet their momentum keeps them from falling into the sun. (Thank goodness!) Planets orbit in the direction their star rotates, so in our solar system, all planets orbit in the direction of the star.