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August 15, 1939Physical Review3,811 citationsOpen Access

Forces in Molecules

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RFRichard P. Feynman

Key Points

  • This research aims to develop formulas for direct calculation of forces within molecular systems, improving accuracy in energy assessments.
  • Developed formulas to calculate forces in a molecular system directly.
  • Calculated the slope of energy vs. position curves for nuclei.
  • Discussed qualitative implications of these direct force calculations.
  • Forces are equivalent to classical electrostatic forces acting on nuclei due to charge distributions.
  • Increased accuracy and reduced labor in calculating energy curves have been suggested.

Abstract

Formulas have been developed to calculate the forces in a molecular system directly, rather than indirectly through the agency of energy. This permits an independent calculation of the slope of the curves of energy vs. position of the nuclei, and may thus increase the accuracy, or decrease the labor involved in the calculation of these curves. The force on a nucleus in an atomic system is shown to be just the classical electrostatic force that would be exerted on this nucleus by other nuclei and by the electrons' charge distribution. Qualitative implications of this are discussed.

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Cite This Study

Richard P. Feynman (1939) studied this question.

synapsesocial.com/papers/696f1593ea06cd50cf3010cahttps://doi.org/10.1103/physrev.56.340
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