* Distance is determined by the initial velocity, acceleration, and time.

* Initial velocity: How fast the object is moving at the start.

* Acceleration: How quickly the object's velocity changes (speeding up or slowing down).

* Time: How long the object is in motion.

* Mass affects how easily an object is accelerated (Newton's Second Law: F = ma). However, it doesn't directly affect the distance traveled unless there's a change in the forces acting on the object.

Here's an example:

Imagine two objects, one heavy and one light, both thrown horizontally with the same initial velocity.

* Ignoring air resistance: Both objects will travel the same distance because they experience the same acceleration due to gravity (9.8 m/s²). The heavier object will take longer to reach the ground due to its greater inertia, but the horizontal distance traveled will be the same.

* Considering air resistance: The heavier object will experience more air resistance, slowing it down. This will reduce the distance it travels compared to the lighter object.

In summary: Mass itself doesn't directly determine the distance traveled. However, it can indirectly affect distance by influencing acceleration and how forces like air resistance affect the object's motion.