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23 Nov 2019
A particle is confined in a cubic box, each side measures1Angstrom. The mass of the particle is 10-30kg. The potentialenergy inside the box is zero, outside the box it isinfinite.
Use the Heisenberg uncertainty principle to find the lowestpossible momentum for the particle and calculate the lowestpossible energy for this particle in eV.
What is de Broglieâs wavelength corresponding to the lowestpossible momentum?
A particle is confined in a cubic box, each side measures1Angstrom. The mass of the particle is 10-30kg. The potentialenergy inside the box is zero, outside the box it isinfinite.
Use the Heisenberg uncertainty principle to find the lowestpossible momentum for the particle and calculate the lowestpossible energy for this particle in eV.
What is de Broglieâs wavelength corresponding to the lowestpossible momentum?
Jarrod RobelLv2
20 May 2019
