The Basics:
* No Air Resistance: The moon has virtually no atmosphere. This means there's no air resistance to slow the rocks down.
* Constant Gravity: The moon's gravity is about 1/6th that of Earth's. This means the rocks will accelerate towards the surface at a slower rate than on Earth.
What You'd See:
* Equal Acceleration: Both rocks would accelerate downward at the same rate, regardless of their size or mass. This is because the force of gravity acts equally on all objects, regardless of their mass.
* Simultaneous Impact: Since they accelerate at the same rate, they would hit the lunar surface at the same time.
* Slower Fall: The rocks would take longer to fall than they would on Earth because of the weaker gravity.
In Summary:
The rocks would fall together, landing simultaneously, just like they would on Earth. The difference would be the slower rate of descent due to the moon's weaker gravity.
This is a classic example of Galileo's principle of falling objects, which states that all objects fall at the same rate in a vacuum, regardless of their mass.
