That will happen if the satellite loses energy. This is usually caused by air resistance, if the satellite's orbit is too low.
A GPS transmitter is located in a global positioning satellite orbiting about 11,000 miles above the earth's surface.The transmitter most likely is a grey or aluminum box with wires coming in and out.
Its most likely that they do. Any planet with an axial tilt will have seasons throughout its orbit. Eclipses of orbiting moons are also likely to occur on these exoplanets, though it would be rare to find an orbiting moon that is almost the same apparent size as the star - as with Earth.
The closest known orbiting body to the Sun is the planet Mercury. Smaller bodies passing closer would likely have unstable orbits.
Well, call me a scientist, satellites are sometimes known as ANYTHING that can orbit a rock, star or planet. So, Neptune does have eleven (or more, who knows) moons. Satellites are usually known as the man-made space telescopes, but they can be anything that orbits. Here, let me explain: Planets: Mercury, Earth, Venus... (you know) Stars: The sun Satellites: The moon, Hubble telescope, and other of Earths satellites
Solar prominences are large loops of plasma that erupt and extend from the Sun's surface into its outer atmosphere. If a solar prominence were to erupt towards Earth, it could potentially disrupt radio communications, satellite operations, and power grids by generating geomagnetic storms in our planet's magnetosphere. Scientists actively monitor the Sun to predict and prepare for such events.
The planet Mercury is extremely close to the sun. Any satellite or moon orbiting Mercury would likely be drawn into the sun.
The wave making the trip to the communications satellite will be a radio wave, which is an electromagnetic wave. Electromagnetic waves can move through the vacuum of space because they do not need a medium in which to travel. We usually use the microwave band of frequencies to communicate with satellites.
More massive planets have more gravitational pull. If a satellite were to pass by Earth and Jupiter at the same distance from each planet, the satellite would be more attracted to start orbiting Jupiter because of its pull. The more massive a planet is the more likely it is to get a satellite to orbit it.
Your communications with a satellite are by the use of microwaves. High frequency em waves.The distance to your local transmitter will most likely be much less than to a satellite, and transit delays will be shorter.The speed of the comms media is essentially at the speed of light - the only difference is the distance.
A GPS transmitter is located in a global positioning satellite orbiting about 11,000 miles above the earth's surface.The transmitter most likely is a grey or aluminum box with wires coming in and out.
Orbiting the atom.
Activities that rely on precise electromagnetic signals or communications, such as satellite navigation, radio communication, and power grids, would likely be most affected by energy produced during a solar flare. This increased energy can cause disruptions in these systems, leading to potential outages or malfunctions.
The likely word is "asteroid" (an orbiting object smaller than a planet).
Water,carbon oxygen
They would most likely use a Earth Observing Satellite.
Depends on what you mean by satellite. One could say Earth does as our smallest man-made satellites are far smaller than any large boulders orbiting distant planets. In another school of thought we could say that Jupiter, Saturn, Uranus, and Neptune each likely share a good candidate in their ring systems. It's difficult to say which of those has the smallest natural discovered satellite recognized as a moon by the IAU as many have not been photographed closely in a way to be measured.
Satellite television is broadcast from a satellite orbiting above the equator. Anything in its path can reduce the level that is received at the receiver. If your reception seems to drop off even when there is no visible weather problem (look at the clouds) and happens often, look a different problem. This is often a tree that has grown and has leaves in the path from the dish to the satellite. If this isn't obvious, call Dish Netowrk to get the dish checked. Most likely it has shifted enpough that you are only getting a marginal signal and it needs to be re-adjusted.