Skydiving: Friction, Velocity, and Parachutes

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A skydiver accelerates upon exiting the aircraft, with frictional forces increasing until they reach a balance, resulting in constant velocity. When the parachute is deployed, the skydiver's velocity decreases until landing. Suggestions for improvement include creating a graph of velocity versus time and researching equations related to terminal velocity. These additions could enhance the explanation of the dynamics involved in skydiving. Overall, the initial answer is on the right track but could benefit from further detail.
skanecfc
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Evening everyone
I wanted to see if my answer would be considered adequate for the question? If its not please suggest anything i could add to it, my answer is:

The skydiver will accelerate as soon as they exit the aircraft, as this happens, the frictional force increases and the forces are balanced, note that velocity is constant, when the skydiver opens the parachute, the velocity will decrease until landing.

thanks
 
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it all sounds correct so far. You may want to make a graph of velocity vs time. You also may want to look up some equations for terminal velocity, etc.
 
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