Weight Loss Physics Before SR: How Was It Understood?

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SUMMARY

The discussion centers on the relationship between exercise, specifically jogging, and weight loss, emphasizing the physiological mechanisms involved rather than mass-energy equivalence. Participants clarify that while energy expenditure during running leads to weight loss, it is not accurately explained by E=mc^2, as the mass equivalent of energy consumed is negligible. The consensus is that understanding weight loss requires a focus on physiological processes rather than physical laws.

PREREQUISITES
  • Basic understanding of human physiology related to energy expenditure
  • Knowledge of ATP (adenosine triphosphate) and its role in muscle energy
  • Familiarity with the principles of mass-energy equivalence
  • Awareness of the factors influencing weight loss beyond exercise
NEXT STEPS
  • Research the physiological effects of exercise on metabolism
  • Study the role of ATP in energy production during physical activity
  • Explore the impact of diet on weight loss in conjunction with exercise
  • Investigate common misconceptions about weight loss and energy expenditure
USEFUL FOR

Fitness enthusiasts, health professionals, and anyone interested in understanding the science behind weight loss and exercise physiology.

pantheid
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People jog, thereby expending energy, and lose weight because of it. As modern people who understand mass energy equivalence, we know (or can presume) that during the process of running, the body derives its kinetic energy by breaking down ATP in the cells. When this breakdown occurs, the total mass present decreases and eventually the person loses significant amounts of weight (please let me know if anything here is factually incorrect).

Since people have known for millennia that running leads to weight loss, how was it explained before E=mc^2.
 
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pantheid said:
(please let me know if anything here is factually incorrect).

Your whole premise is incorrect. Weight loss due to exercise has nothing to do with mass-energy equivalence; the mass equivalent of the energy consumed during exercise is many orders of magnitude too small to account for weight loss. The question of how exercise leads to weight loss is a question about physiology, not physics. Thread closed.
 

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