The circular or elliptical path of a celestial object as it revolves around another object.

The circular or elliptical path of a celestial object as it revolves around another object.

• A. Rotation
• B. Axis
• C. Orbit
• D. Eclipse

Answer: (C)

The main idea is the path a celestial object follows around another due to gravity. That curved path is an orbit, and it describes how the object revolves while staying bound to the central body. This is different from spinning on its own axis—rotation is the turning motion around an internal line called an axis. An eclipse is a temporary event where one object blocks light to another due to alignment, not the ongoing path of motion. For example, planets travel in orbits around the Sun, which can be nearly circular or elliptical depending on their speed and distance.

The main idea is the path a celestial object follows around another due to gravity. That curved path is an orbit, and it describes how the object revolves while staying bound to the central body. This is different from spinning on its own axis—rotation is the turning motion around an internal line called an axis. An eclipse is a temporary event where one object blocks light to another due to alignment, not the ongoing path of motion. For example, planets travel in orbits around the Sun, which can be nearly circular or elliptical depending on their speed and distance.