There is only one planet in the solar system that does not have a natural satellite or quasi-satellite. That planet is Mercury. When M.E.S.S.E.N.G.E.R, a spacecraft that went to visit Mercury, it detected a red shift but that signal turned out to be a binary star, 31 Crateris.
The moons of the various planets do not orbit the sun; they orbit the planet.
The Andromeda Galaxy does not orbit the sun, and neither do thousands of other galaxies, and other stars do not orbit the sun.
Moons orbit the planets, not the star or Sun directly.
Moons. They orbit their planets, not the Sun.
Any objects which lie more than approximately 100 AU from the Sun are not in our Solar System.
This includes all the other stars and any planets/comets/asteroids revolving around them.
polaris
Geliuse 581
The answer is planets.
Solar system
A planet is in direct orbit around a central star, while a moon is in orbit around a large body (a planet) rather than in a direct orbit around a star. The moon orbits the planet, while the planet orbits the sun.
For objects in orbit around the sun, it's the aphelion. For objects in Earth orbit, it's the 'apogee', and in orbit around the moon, it's the 'apolune'.
No scientist speculated it because scientists know that electric and magnetic attraction is polarised, i.e. some objects attract and others repel. Also magnetism does not have poles, so it is impossible to generate a 'central force' which is necessary for an orbit as we know it. On the other hand gravity is a weak force but all objects attract all other objects and it is possible for a massive object to provide a central gravity force to set up orbits.
A solar system.
Sedna, like all objects in our Solar System orbit the Sun. The Sun and thus everything else, also orbit around the central core of our Galaxy - The Milky Way.
The answer is planets.
A solar system.
Yes, the solar system consists of a large central star (called the sun for our solar system), with planets that ore in orbit around it. There are other bodies in orbit around the sun also, such as minor planets, asteroids, comets, and other small objects.
Planets are bodies that orbit a central star (in our case, the Sun), and moons are smaller bodies that orbit planets.
Solar system
Natural objects that orbit a star form that star's solar system. The name comes from the name of our star, which is Sol. Earth is part of the Solar System. Another star's system might be referred to by the name of that star, as in the Polaris System.
No, because part of the definition of "planet" is that it orbits a sun or star. However, an object the size of a planet can orbit just about anything: a neutron, a black hole, a star cluster, a larger planet, a galaxy, a galaxy cluster... several objects of planetary mass have been found that move freely through space, i.e., that don't orbit a star. Such objects would simply not be called a "planet" because they doesn't orbit a star. In most such cases, they would also be too cold to sustain life as we know it.No, because part of the definition of "planet" is that it orbits a sun or star. However, an object the size of a planet can orbit just about anything: a neutron, a black hole, a star cluster, a larger planet, a galaxy, a galaxy cluster... several objects of planetary mass have been found that move freely through space, i.e., that don't orbit a star. Such objects would simply not be called a "planet" because they doesn't orbit a star. In most such cases, they would also be too cold to sustain life as we know it.No, because part of the definition of "planet" is that it orbits a sun or star. However, an object the size of a planet can orbit just about anything: a neutron, a black hole, a star cluster, a larger planet, a galaxy, a galaxy cluster... several objects of planetary mass have been found that move freely through space, i.e., that don't orbit a star. Such objects would simply not be called a "planet" because they doesn't orbit a star. In most such cases, they would also be too cold to sustain life as we know it.No, because part of the definition of "planet" is that it orbits a sun or star. However, an object the size of a planet can orbit just about anything: a neutron, a black hole, a star cluster, a larger planet, a galaxy, a galaxy cluster... several objects of planetary mass have been found that move freely through space, i.e., that don't orbit a star. Such objects would simply not be called a "planet" because they doesn't orbit a star. In most such cases, they would also be too cold to sustain life as we know it.
A Planet revolves around a central star (our Sun in the case of our Solar System). A Moon revolves around a planet.
Revolve can have two meanings. In this instance, the answer is orbit. Revolve can also have the meaning of an object spinning on it's axis. In the solar system, planetary objects spin on their axes as they orbit around the Sun. Most objects smaller than planetary objects probably also have rotational properties along with their orbital motion. Edit: Astronomers use the word "rotation" for axial spin.
its the universe with our planets and moons in it