Looking to learn physics about how a bicycle works and if it effects

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SUMMARY

This discussion focuses on the physics of bicycle dynamics, particularly how rotational inertia affects projectile motion when a bicycle goes off a ramp. The concept of the "Einstein Flip" is mentioned as a related phenomenon. Participants explore the impact of air resistance during jumps and suggest experimenting with back-pedaling to observe changes in handlebar position. The conversation emphasizes practical experimentation to understand these physical principles.

PREREQUISITES
  • Understanding of basic physics concepts such as projectile motion and rotational inertia.
  • Familiarity with the effects of air resistance on moving objects.
  • Knowledge of bicycle mechanics and dynamics.
  • Basic experimental design skills for conducting physical experiments.
NEXT STEPS
  • Research the principles of projectile motion in physics.
  • Explore the concept of rotational inertia and its effects on motion.
  • Learn about the "Einstein Flip" and its implications in physics.
  • Conduct experiments on bicycle jumps to observe the effects of back-pedaling on trajectory.
USEFUL FOR

Physics students, bicycle enthusiasts, and anyone interested in the mechanics of motion and experimentation related to bicycles and projectiles.

mrmarsall9o9
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Looking to learn physics about how a bicycle works and if it effects projectiles because of the rotational inertia if a bike was to go off a ramp.

any suggestions?
 
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Something like this:


Or the "Einstein Flip"
http://ibnlive.in.com/photogallery/3365-19.html

Just going off a ramp in a simple jump is pretty ballistic with lots of air resistance.
I suppose if you back-pedaled in mid-jump it would make your handle-bars want to dip sooner... you could try it and see?
 
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