# -A positronium atom consists of an electron and a positron, of equal mass and opposite charge. Similar to the reduced-mass discussion (pp. 89-90) for deuterium, find the Bohr-model formulas for the energy levels, the orbital radii, and orbital speed in positronium. Write down a formula for the wavelengths in the positronium Balmer series, and calculate the maximum and minimum wavelengths of that series.

-A positronium atom consists of an electron and a positron,

of equal mass and opposite charge. Similar to the reduced-mass discussion (pp. 89-90) for deuterium, find the Bohr-model formulas for the energy levels, the orbital radii, and orbital speed in positronium. Write down a formula for the wavelengths in the positronium Balmer series, and calculate the maximum and minimum wavelengths of that series.

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The post -A positronium atom consists of an electron and a positron, of equal mass and opposite charge. Similar to the reduced-mass discussion (pp. 89-90) for deuterium, find the Bohr-model formulas for the energy levels, the orbital radii, and orbital speed in positronium. Write down a formula for the wavelengths in the positronium Balmer series, and calculate the maximum and minimum wavelengths of that series. appeared first on Superb Professors.