The philosophy of squaring > Why no f=ma^2

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The discussion centers around the relationship between force, mass, and acceleration, emphasizing that force is defined as F=ma, which is a fundamental principle in physics. Participants explore the differences between force and energy, questioning why energy is represented as E=mc^2 and not in terms of force. There is confusion regarding the concept of squaring in physics, particularly in relation to Leibniz's ideas and the implications of energy and force in free fall scenarios. The conversation also touches on the philosophical aspects of definitions in physics, with some arguing that questioning definitions can lead to deeper understanding, while others view such inquiries as pointless. Ultimately, the dialogue reveals the complexities of understanding physical concepts and the importance of clear definitions in scientific discourse.
  • #31
OK, this thread has degenerated.
 

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