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To determine latitude and longitude the minimum number of satellites that the receiver must lock onto is three. To also determine elevation the minimum number of satellites that the receiver must lock onto is four. If the receiver can lock onto more satellites then it can improve the calculations to get a more precise location.
space satellites are in space and earth satellites are in earth.
Mapping satellites.
Weather satellite provide information about the global weather system on Earth.
Study earth using satellites
The GPS (Global Positioning System) and GLONASS satellites.
Longitude and latitude are components of a system designed to describe thelocation of points on the Earth. They have no roler whatsoever in determiningthe location of the Earth itself.
When radar stations on the Earth monitor the location and movements of satellites, they are said to be tracking the satellites.
GPS is an abbreviation of Global Positioning System, a receiving system that utilises regulated signals sent from geostationary satellites to triangulate its location upon the Earth.
Unfortunately, a GPS is a receiver only. It locates its position on the surface of the earth by determining its distance from a series of satellites. It does not transmit any information back to the satellites, which would be necessary for a satellite to locate the GPS.
Earth and the other members of our solar system are satellites of the Sun.
A Global Positioning satellite is one of several satellites that orbit the earth constantly broadcasting a signal the give their location. Collectively these satellites are called the Globle Positioning System or GPS. Global Positioning means the system is used to determine your position on the globe -- your latitude and longitude. GPS receivers can receive signals from these satellites and use them to calculate where on the earth the receiver (and thus the person with the receiver) is. Visit the links below for more information on GPS satellites.
GPSes, or Global Positioning Satellites combined with the WAAS (Wide Area Augmentation System) provide the signals GPS receivers use to determine a location on the Earth's surface
The Earth's Moon, Jupiter's four "Galilean" satellites, Saturn's "Titan", and Neptune's "Triton".
the solar system contains satellites that provide "solar power"
Moons are considered satellites, hence several planets in our solar system have satellites: Neptune, Earth, Mars, Saturn, Uranus & Jupiter.
Navigation. The Global Positioning System (GPS) provides location and time information for anywhere on the Earth via a series of satellites in geostationary orbits. The time it takes for the driver/pilot to send a signal to the satellites and receive it back again can be used to work out how far away you are from the satellites, which is used to work out where you are.