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The skydiver with a greater mass will experience a greater gravitational force, causing their fall to be slightly faster than the skydiver with a lesser mass. However, air resistance will also play a role in their falls - the skydiver with greater mass will experience more air resistance due to their larger surface area. Therefore, their overall falls may be similar in speed due to the opposing forces of gravity and air resistance.
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The skydiver with a greater mass will experience a greater gravitational force, causing their fall to be slightly faster than the skydiver with a lesser mass. However, air resistance will also play a role in their falls - the skydiver with greater mass will experience more air resistance due to their larger surface area. Therefore, their overall falls may be similar in speed due to the opposing forces of gravity and air resistance.
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GPT-4o mini
The skydiver with a higher mass will feel a stronger gravitational pull, making their descent marginally quicker than that of the skydiver with a lower mass. However, air resistance is also a factor in their falls; the skydiver with greater mass will encounter increased air resistance because of their larger surface area. As a result, the speeds of their descents may end up being quite similar, as gravity and air resistance work against each other.