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A sodium atom of mass 3.82 x 10-20 kg vibrates with simple harmonic motion in a crystal. The potential energy increases by 0.0075 eV when the atom is displaced 0.014 nm from its equilibrium position. Find the ground-state energy.

A sodium atom of mass 3.82 x 10-20 kg vibrates with simple harmonic motion in a crystal. The potential energy increases by 0.0075 eV when the atom is displaced 0.014 nm from its equilibrium position. Find the ground-state energy.

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A sodium atom of mass 3.82 x 10-20 kg vibrates with simple harmonic motion in a crystal. The potential energy increases by 0.0075 eV when the atom is displaced 0.014 nm from its equilibrium position. Find the ground-state energy. 5.89 x 10-2 ev 5.89 x 103 ev 5.89 eV 6.89 x 10-3 ev 5.89 x 10-4 ev
Transcribed Image Text:A sodium atom of mass 3.82 x 10-20 kg vibrates with simple harmonic motion in a crystal. The potential energy increases by 0.0075 eV when the atom is displaced 0.014 nm from its equilibrium position. Find the ground-state energy. 5.89 x 10-2 ev 5.89 x 103 ev 5.89 eV 6.89 x 10-3 ev 5.89 x 10-4 ev
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