Magnus effect and Air resistance

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SUMMARY

The discussion centers on the relationship between the Magnus effect and air resistance in the context of a top-spinning ball's distance traveled. It is established that the Magnus effect, which arises from air resistance, significantly influences the trajectory and distance of spinning objects. The consensus is that both factors contribute to reduced distance traveled, but the Magnus effect is specifically tied to the ball's spin and its interaction with airflow.

PREREQUISITES
  • Understanding of the Magnus effect
  • Basic principles of air resistance
  • Knowledge of projectile motion
  • Familiarity with the physics of spinning objects
NEXT STEPS
  • Research the mathematical modeling of the Magnus effect
  • Explore the impact of air resistance on different sports balls
  • Study the principles of projectile motion in physics
  • Investigate experimental methods to measure the effects of spin on distance traveled
USEFUL FOR

Physics students, sports scientists, and anyone interested in the dynamics of spinning objects and their motion through air.

Roffmanjoe
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I was wondering which of these air resistance or magnus affect plays a role in the distance traveled by a ball more for a top spinning ball

my thoughts would be that with both these effects the distance of the ball would travel less

Please answer my question to satisfy my curiosity :D
 
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the Magnus effect is a consequence of air resistance... I don't see how you want to compare them. Magnus effect occurs for spinning objects.
 

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