Left all alone, any man-made satellite with any part of its orbit within a couple hundred miles of the surface will eventually drop out of orbit and burn up in the atmosphere, because it gradually loses energy plowing through the tenuous atmosphere even at that altitude. The International Space Station, at about 240 miles above the surface, loses several miles of orbital altitude every month, and has to have a bump from its onboard thrusters to restore the desired orbit. The process can be hastened with a bump from onboard thrusters that's timed just right so as to reduce the minimum point of the orbit to a low altitude, well into a more dense portion of the atmosphere. The atmosphere itself then does the rest of the job, robbing the satellite of so much kinetic energy that it can no longer maintain orbit. Technically, there's another answer to the question: If the satellite is boosted into a state of higher energy, so that it assumes a solar orbit, or leaves the solar system entirely, that maneuver would also be considered as having removed the satellite from earth orbit.
They are not affected by conditions on the ground. Ground-based stations could be destroyed by severe weather (such as tornadoes or hurricanes). Satellites don't get affected by Earth's weather. Of course - satellites are at risk of meteor strike and solar radiation - but there's less chance of them being damaged.
You probably mean to ask about natural satellites as opposed to artificial satellites. In terms of neutrality, all satellites are neutral. In any event, the planet Jupiter has the most natural satellites, of any planet in our solar system. The planet Earth has the most artificial satellites.
satellites produce energy by the sun
Mercury has no satellites.
Venus is one of the few planets that doesn't have any satellites orbiting around it. Venus also is a planet with no moons.
Old satellites that are in orbit and still powered continue to perform their function. Old satellites that have no power and are still in orbit have no use. Those that fall from orbit have no use as the are destroyed on reentry. Old satellites that have never been launched could be used as museum exhibits.
No. The ozone layer would be more easily destroyed than cooled by anything lofted there.
They are not affected by conditions on the ground. Ground-based stations could be destroyed by severe weather (such as tornadoes or hurricanes). Satellites don't get affected by Earth's weather. Of course - satellites are at risk of meteor strike and solar radiation - but there's less chance of them being damaged.
The five major types of artificial satellites are: research, communications, weather, navigational, and applications. Please see the related links.
There are no known satellites of Mercury.
Mercury has no satellites.
Communication satellites orbit around the Earth.Communication satellites orbit around the Earth.Communication satellites orbit around the Earth.Communication satellites orbit around the Earth.
It has 3 satellites!
Triangulation of satellites requires three satellites that bank of one another simultaneously.
Those are called planetary satellites or natural satellites. Each planet has its own set of natural satellites that orbit around it.
The rings of Saturn (mostly water ice) are thought to have been formed from one or more moons. Whether they were destroyed by collisions or by the planet's gravity is still unknown.
probably ever thing will be shut down all electricity and some vehicle which are guided by satellite will crash almost everything will be shut down. even some gun military scope that are powered by satellites will be shutdown. all the ship will be lost in seas. and it will take years to get back normal.