Physics Experiment Ideas Using Snowboarding

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SUMMARY

This discussion centers on conducting a physics experiment related to snowboarding, focusing on simple and accessible concepts. Participants suggest testing the effects of weight distribution on speed, specifically whether more weight on the front or back foot influences velocity. Another proposed experiment involves measuring the distance traveled after a drop-off, allowing for analysis of projectile motion. The urgency of completing the experiment before snow melts is emphasized, highlighting the need for straightforward methodologies.

PREREQUISITES
  • Basic understanding of projectile motion principles
  • Familiarity with measuring distance and calculating velocity
  • Knowledge of weight distribution effects in sports
  • Experience with simple experimental design
NEXT STEPS
  • Research methods for measuring projectile motion in snowboarding
  • Investigate the impact of weight distribution on speed in various sports
  • Explore different types of snowboard wax and their effects on performance
  • Learn about basic physics principles related to motion and forces
USEFUL FOR

Students in physics, snowboarding enthusiasts, educators looking for practical experiments, and anyone interested in applying physics concepts to sports activities.

Emily R.
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I need an idea of what to test if I were to do a physics experiment about snowboarding. It can be one involving someone riding a snowboard or an empty snowboard. However, I would like it to be relatively simple, as in my rider doesn't have the skills to ride a half pipe or do any big jumps. I have considered an experiment testing the effects of different waxes on the board, but I'd like to do the experiment this weekend before all the snow melts where I live, and I won't have time to put each wax on and test it out.

Does anyone have any ideas?
 
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Instead of doing 'big jumps', if you could do a relatively large fall from a ledge, like a drop-off. You could do a simple projectile motion physics experiment?

Even if the fall is 1m, you could measure the distance you travelled, then convert that into your various velocity components etc.

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How about working out how weight distribution effects speed? Eg do you go faster with more weight on the front or back foot?
 

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