QuestionDecember 20, 2025

2. If gravity is pulling the space station towards the Earth, why does it not crash into the Earth?

2. If gravity is pulling the space station towards the Earth, why does it not crash into the Earth?
2. If gravity is pulling the space station towards the Earth, why does it
not crash into the Earth?

Solution
4.4(269 votes)

Answer

The space station stays in orbit because its forward velocity causes it to fall around Earth rather than crash into it. Explanation 1. Identify the forces acting on the space station Gravity pulls the space station toward Earth, providing centripetal force. 2. Analyze the station’s motion The space station moves forward at high speed, creating a curved path around Earth. 3. Apply orbital mechanics principle In orbit, the station’s forward velocity and gravity balance so it continuously "falls" around Earth without getting closer.

Explanation

1. Identify the forces acting on the space station<br /> Gravity pulls the space station toward Earth, providing centripetal force.<br />2. Analyze the station’s motion<br /> The space station moves forward at high speed, creating a curved path around Earth.<br />3. Apply orbital mechanics principle<br /> In orbit, the station’s forward velocity and gravity balance so it continuously "falls" around Earth without getting closer.
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