How does gravity affect parabolic motion on the moon?

Gravity plays a crucial role in influencing parabolic motion on the moon. Since the moon has approximately 1/6th the gravity of Earth, it leads to a significantly different effect on parabolic motion. When an object is thrown or launched on the moon, the reduced gravity causes it to experience a slower rate of acceleration towards the surface compared to the Earth. Consequently, the object will follow a more elongated parabolic trajectory, staying airborne for a more extended period before returning to the lunar surface. The reduced gravitational pull also allows for objects to achieve greater horizontal distances during their parabolic paths on the moon compared to on Earth. Thus, the strength of gravity on the moon alters the shape and duration of parabolic motion, ultimately creating a unique and distinct experience from what is observed on our home planet.

This mind map was published on 9 October 2023 and has been viewed 109 times.