Question
A Global Positioning System (GPS) device can determine its position on Earth once it(1 point)
Responses
knows its distance from at least four satellites and uses the process of triangulation.
knows its distance from at least four satellites and uses the process of triangulation.
knows its distance from at least two satellites and uses the process of triangulation.
knows its distance from at least two satellites and uses the process of triangulation.
knows its distance from at least three satellites and uses the process of triangulation.
knows its distance from at least three satellites and uses the process of triangulation.
knows its distance from at least one satellite and uses the process of triangulation.
Responses
knows its distance from at least four satellites and uses the process of triangulation.
knows its distance from at least four satellites and uses the process of triangulation.
knows its distance from at least two satellites and uses the process of triangulation.
knows its distance from at least two satellites and uses the process of triangulation.
knows its distance from at least three satellites and uses the process of triangulation.
knows its distance from at least three satellites and uses the process of triangulation.
knows its distance from at least one satellite and uses the process of triangulation.
Answers
GPT-4o mini
A Global Positioning System (GPS) device can determine its position on Earth once it **knows its distance from at least four satellites and uses the process of triangulation.**
This is because to determine its three-dimensional position (latitude, longitude, and altitude), a GPS device typically requires signals from at least four satellites. The fourth satellite helps to resolve any timing discrepancies.
This is because to determine its three-dimensional position (latitude, longitude, and altitude), a GPS device typically requires signals from at least four satellites. The fourth satellite helps to resolve any timing discrepancies.