GPS uses satellites that orbit Earth and send out radio signals, which we receive for common purposes, such as navigation and location tracking. These satellites continuously transmit information about their position and the current time, allowing GPS receivers to calculate the distance between the receiver and multiple satellites. By triangulating this data, users can pinpoint their exact location anywhere on the planet. Beyond everyday navigation, GPS technology also finds applications in fields like agriculture, where it aids in precision farming, and in emergency services, ensuring timely responses to crises. Furthermore, GPS is essential for various scientific research, including environmental monitoring and wildlife tracking, showcasing its versatility and importance in a range of sectors.
GPS uses satellites that orbit earth and send out radio signals, which we receive for common purposes, and other uncommon uses.
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