We create a basis for later exploration of intermolecular forces, ionic fluids, and cellular electricity. We begin our analysis with the question: What does Newton's laws tell us about how forces change speed (rather than velocity)? The answer leads us to introduce work and the dot product in physically meaningful ways.
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TOPICS
Classical Mechanics > Work and Energy > Conservation of Energy, Conservative Fields, Non-Conservative Forces, Work
Biochemistry
Human and Animal Physiology > Neurophysiology
Intermolecular Forces
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Copyright: 2025 Edward Redish, Ginny Redish
CC BY-NC-SA - Attribution, No Commercial uses and Share Alike. Derivative works must have the same license.Last Edit Date:
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