Classical Mechanics - Learning Guidance

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Discussion Overview

The discussion revolves around seeking guidance on resources and mathematical or physical disciplines relevant to understanding 'sports classical mechanics.' Participants explore the interactions of competitors in sporting events under varying conditions, focusing on performance and energy consumption. The scope includes classical mechanics, exercise physiology, and potential applications of game theory and statistics.

Discussion Character

  • Exploratory
  • Technical explanation
  • Debate/contested
  • Mathematical reasoning

Main Points Raised

  • One participant seeks resources for studying the physical interactions in sports, emphasizing the impact of variables like weather and surface type on performance.
  • Another participant suggests that the inquiry may align more with exercise physiology or sports psychology rather than classical mechanics.
  • A participant notes the relevance of chaos theory in understanding how different variables affect outcomes in sports.
  • Resources for understanding work in physics are shared, indicating a potential starting point for the discussion.
  • Abstract Algebra is questioned for its relevance to the topic, with some participants expressing skepticism about its applicability.
  • Game theory is proposed as a potentially interesting approach to analyzing sports, though its effectiveness remains uncertain.
  • Probability and statistics are highlighted as applicable tools for analyzing performance data and tactics in sports contexts.
  • There is a consideration of how known performance metrics and tactics might influence competitors' speeds and energy consumption in a chaotic environment.

Areas of Agreement / Disagreement

Participants express differing views on the relevance of various disciplines, with some advocating for a focus on classical mechanics while others suggest exercise physiology and psychology might be more pertinent. The discussion remains unresolved regarding the best approach and resources for studying the topic.

Contextual Notes

Participants have not reached a consensus on the specific mathematical or physical frameworks that would best support the study of sports mechanics, and there are varying opinions on the relevance of different fields such as game theory and statistics.

flebber
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Hi

I am looking for some advice. Would like a bit of guidance into any good resources and specific maths/physics disciplines to study in relation to what I would term 'sports classical mechanics'.

Not looking for any university or specific course references at the moment unless you think it would define a good overview of subjects needing to be covered.

Specifically I want to learn more about the interaction of competitors in sporting events over differing conditions. Would like to be able to review the impact of differing conditions, tactics and competitors on performance and energy consumption.

What would be some good resources for the maths/physics behind this? This seems to relate to classical mechanics to me but if I am wrong please feel free to advise.
 
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Sounds more like exercise physiology or sports psychology than math or physics. Of course, it would be good to know basic classical mechanics for that, I suppose.
 
Well sports physiology is relevant, pyschology though is non physical. I want to look at the physical interactions between objects (people, cars, whatever given object etc) given different environment and circumstance. Specifically how adjusting one variable participant, weather, surface type impacts an overall result.

I guess in someway this relates more to a limited scope of chaos.
 
Would Abstract Algebra be appropriate?
 
Would Abstract Algebra be appropriate?

I have trouble seeing it as having much relevance.

It might be interesting to try to apply game theory to sports. I don't know if it would work, but it's a thought. Probability and statistics are applicable for sure.
 
homeomorphic said:
I have trouble seeing it as having much relevance.

It might be interesting to try to apply game theory to sports. I don't know if it would work, but it's a thought. Probability and statistics are applicable for sure.

I had considered game theory, but I guess I was looking at the fact that statistics can provide information on previous effort known speeds and acceleration. Courses are shaped differently and can have different surfaces. In some sports the tightness of corners will advantage some. If we then take known performance/tactics into account we may have to adjust average speed, the starting speed and the finishing speeds.

If we look at it from a limited chaos perspective of how the main competitors with most influential impacts could alter the performances speeds/energies of the other competitors.
 

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