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Problem 1. The Morse potential, which is often used to model interatomic forces can be written in the form U(r) = D(1-e²^(^-^))² where r is the distance between the two atomic nuclei. Determine the " "spring constant" for small displacements from equilibrium for the Morse potential.

Problem 1. The Morse potential, which is often used to model interatomic forces can be written in the form U(r) = D(1-e²^(^-^))² where r is the distance between the two atomic nuclei. Determine the " "spring constant" for small displacements from equilibrium for the Morse potential.

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Problem 1. The Morse potential, which is often used to model interatomic forces can be written in the form U(r) = D(1-e²²(²-))² 3 wherer is the distance between the two atomic nuclei. Determine the "spring constant" for small displacements from equilibrium for the Morse potential.
Transcribed Image Text:Problem 1. The Morse potential, which is often used to model interatomic forces can be written in the form U(r) = D(1-e²²(²-))² 3 wherer is the distance between the two atomic nuclei. Determine the "spring constant" for small displacements from equilibrium for the Morse potential.
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