I have been given ap project by my teachers to show the ratio between

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SUMMARY

The discussion centers on a project involving the demonstration of the relationship between velocity and torque, specifically focusing on gear ratios. It is confirmed that the ratio between torque and velocity does not remain constant when using different numbers of gears. The suggestion to utilize bicycle gears as a practical example is emphasized, highlighting the importance of power in this relationship. Resources for bicycle gear experiments are recommended for further exploration.

PREREQUISITES
  • Understanding of basic physics concepts such as torque and velocity
  • Familiarity with gear mechanics and ratios
  • Knowledge of power calculations in mechanical systems
  • Access to a bicycle with gears for practical experimentation
NEXT STEPS
  • Research bicycle gear experiments to visualize torque and velocity relationships
  • Study the principles of gear ratios and their impact on mechanical advantage
  • Learn about power calculations in relation to torque and velocity
  • Explore different types of gears and their applications in various mechanical systems
USEFUL FOR

This discussion is beneficial for students working on physics projects, educators teaching mechanical principles, and anyone interested in the practical applications of torque and velocity in gear systems.

muhammadbilal
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i have been given ap project by my teachers to show the ratio between velocity and torque .
i.e i have to show the gear ratio in my project.
can some one tell me whether the ratio b/w torque and velocity remains constant if we use different number of gears .
also if some one can give me any advise regarding my project
shall be very thankful
 
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Do you have a bicycle, or access to one with gears?
Gears on a bike can be used very conveniently to show how velocity, torque (AND POWER, which is very important in this respect) are related. Google "bicycle gear experiments". I did and found pages and pages of stuff.
 

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