In one revolution around the Earth, the artificial satellite traveled 43200 km. how long did it take to complete

| May 14, 2021 | education

In one revolution around the Earth, the artificial satellite traveled 43200 km. how long did it take to complete a complete revolution around the Earth if its speed is 8000m / s.

Given:

S = 43,200 kilometers = 43,200,000 meters – the path that the artificial satellite traveled in one revolution around the Earth;

v = 8000 meters per second – the speed of an artificial satellite.

It is required to determine t (seconds) – the time during which the satellite has completed one revolution around the Earth.

To determine the time, you need to use the following formula:

S = v * t, hence:

t = S / v = 43200000/8000 = 43200/8 = 5400 seconds (90 minutes).

Answer: the artificial satellite completed one revolution around the Earth in a time equal to 5400 seconds (90 minutes).



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