Weight Loss Physics Before SR: How Was It Understood?

In summary, the conversation discusses the relationship between jogging and weight loss, specifically in terms of the breakdown of ATP in cells and the concept of mass-energy equivalence. The question of how exercise leads to weight loss is raised, with the explanation that this is a question of physiology rather than physics.
  • #1
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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  • #2
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.
 

FAQ: Weight Loss Physics Before SR: How Was It Understood?

1. How was weight loss understood before the theory of special relativity?

Before the theory of special relativity, weight loss was primarily understood through classical Newtonian mechanics. This theory stated that weight loss was simply a result of consuming fewer calories than one burned through physical activity.

2. Did the theory of special relativity change our understanding of weight loss?

Yes, the theory of special relativity changed our understanding of weight loss by introducing the concept of mass-energy equivalence. This means that weight loss can also occur through the conversion of mass (food) into energy (calories).

3. How did the theory of special relativity impact weight loss research?

The theory of special relativity has had a significant impact on weight loss research. It has led to a better understanding of the role of energy and mass in weight loss, and has also opened up new avenues for weight loss strategies, such as manipulating the body's metabolism.

4. Can the principles of special relativity be applied to weight loss in practical ways?

Yes, the principles of special relativity can be applied to weight loss in practical ways. For example, understanding the relationship between mass and energy can help individuals make more informed decisions about their diet and exercise habits to achieve weight loss goals.

5. Are there any limitations to using the principles of special relativity for weight loss?

While the principles of special relativity can provide valuable insights into weight loss, there are limitations to consider. Factors such as genetics, metabolism, and individual behaviors also play a significant role in weight loss, and cannot be fully explained by the theory of special relativity alone.

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