Skydiving: Friction, Velocity, and Parachutes

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SUMMARY

The discussion focuses on the physics of skydiving, specifically the relationship between friction, velocity, and parachute deployment. It is established that a skydiver accelerates upon exiting the aircraft until the forces of gravity and air resistance balance, resulting in constant velocity. Upon parachute deployment, the skydiver's velocity decreases until landing. The suggestion to graph velocity versus time and research terminal velocity equations is also highlighted as beneficial for understanding these dynamics.

PREREQUISITES
  • Understanding of Newton's laws of motion
  • Familiarity with concepts of friction and air resistance
  • Basic knowledge of terminal velocity
  • Ability to interpret velocity-time graphs
NEXT STEPS
  • Research the equations governing terminal velocity
  • Learn how to create and analyze velocity vs. time graphs
  • Explore the impact of different parachute designs on descent speed
  • Study the effects of altitude on air resistance and skydiving dynamics
USEFUL FOR

Aerospace engineers, physics students, skydiving instructors, and anyone interested in the mechanics of free fall and parachuting.

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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