Question
make this shorter 3 sentences and less technical
The skydiver with a greater mass will experience a stronger gravitational force pulling them downward compared to the skydiver with a smaller mass. This greater gravitational force will cause the heavier skydiver to accelerate faster and reach a higher terminal velocity during their fall. The effect of air resistance will also be greater for the heavier skydiver, slowing their descent slightly compared to the lighter skydiver. Overall, the falls of the two skydivers will differ in terms of acceleration, speed, and descent due to their different masses and the forces acting on them.
The skydiver with a greater mass will experience a stronger gravitational force pulling them downward compared to the skydiver with a smaller mass. This greater gravitational force will cause the heavier skydiver to accelerate faster and reach a higher terminal velocity during their fall. The effect of air resistance will also be greater for the heavier skydiver, slowing their descent slightly compared to the lighter skydiver. Overall, the falls of the two skydivers will differ in terms of acceleration, speed, and descent due to their different masses and the forces acting on them.
Answers
GPT 3.5
The heavier skydiver will fall faster due to a stronger gravitational force pulling them down. They will also reach a higher terminal velocity compared to the lighter skydiver. Additionally, air resistance will have a greater impact on the heavier skydiver, slightly slowing their descent.
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