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The work done by an artificial satellite in an orbit in a day is equal to the total energy produced, utilized and stored by the satellite during that day.
The work done by an artificial satellite in orbit is defined by the total energy produced, utilized, and stored during its operational day. While satellites primarily orbit without performing traditional work, they do interact with atmospheric gas molecules, which requires kinetic energy derived from their potential energy. This interaction leads to increased orbital velocity and a lower orbit, ultimately resulting in the satellite burning up in the upper atmosphere due to increased encounters with gas molecules. The term "work" is used in both a physics context and a colloquial sense, highlighting the difference between effort and measurable output.
PREREQUISITESAerospace engineers, satellite operators, physics students, and anyone interested in the operational mechanics of artificial satellites.