Which is the movement of one object around another object in space?Select one:axisorbitrotationrevolution

Break Down the Problem

1. Identify the definitions of each term provided in the options: axis, orbit, rotation, revolution.
2. Determine which term correctly describes the movement of one object around another in space.

Relevant Concepts

• Axis: A line about which an object rotates.
• Orbit: The path an object takes as it moves around another object in space.
• Rotation: The spinning motion of an object around its own axis.
• Revolution: The movement of one object around another object.

Analysis and Detail

• The term "revolution" specifically refers to the full movement of an object as it travels around another object.
• While "orbit" also describes the path taken, it does not directly reflect the act of moving around; rather, it describes the trajectory.

Verify and Summarize

After analyzing the definitions, the best-fit word for the movement of one object around another in space is "revolution."

Final Answer

The correct answer is revolution.