Final answer:
GPS Tracking provides absolute movement in three dimensions: latitude, longitude, and altitude. It utilizes satellites to determine precise location information, including position, velocity, and acceleration of an object.
Step-by-step explanation:
The GPS Tracking system is based on the concept of absolute movement in three dimensions: latitude, longitude, and altitude. Latitude and longitude are geographical coordinates used to specify any location on Earth, essential for making maps and providing precise location information. Altitude provides the third dimension by indicating how far above or below sea level a position is.
In terms of motion, an observer can describe an object's movement using position, which tells us about an object's exact location. Displacement, on the other hand, informs us about the change in location. When discussing the speed and velocity of an object, we are describing how fast it is moving; velocity also indicates the direction of movement. Acceleration adds another layer by telling us how quickly the object's speed or velocity is changing.
Graphs are a common way to illustrate motion, such as position versus time, which can indicate constant velocity or changes over time. GPS technology makes use of an array of satellites equipped with precise atomic clocks that synchronize to provide accurate positioning information, taking into account the speed of light and relativistic effects.