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A beam of electrons enters a uniform.19 2T magnetic field. Find the energy difference between electrons whose spins are parallel and antiparallel to the field. (Bohr magnetic moment= 5.79 x * 10(-5) eV/T) 34.74 x 10-5 eV O 23.16 x 10- eV O 46.32 x 10- eV O 57.9 x 10-5 eV O 13.6 x 10-3 eV O

A beam of electrons enters a uniform.19 2T magnetic field. Find the energy difference between electrons whose spins are parallel and antiparallel to the field. (Bohr magnetic moment= 5.79 x * 10(-5) eV/T) 34.74 x 10-5 eV O 23.16 x 10- eV O 46.32 x 10- eV O 57.9 x 10-5 eV O 13.6 x 10-3 eV O

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A beam of electrons enters a uniform.19 2 T magnetic field. Find the energy difference between electrons whose spins are parallel and antiparallel to the field. (Bohr magnetic moment= 5.79 x * 10(-5) eV/T) 34.74 x 10-5 eV O 23.16 x 10-5 eV O 46.32 x 10- eV O 57.9 x 10-³ eV O 13.6 x 10-3 eV O
Transcribed Image Text:A beam of electrons enters a uniform.19 2 T magnetic field. Find the energy difference between electrons whose spins are parallel and antiparallel to the field. (Bohr magnetic moment= 5.79 x * 10(-5) eV/T) 34.74 x 10-5 eV O 23.16 x 10-5 eV O 46.32 x 10- eV O 57.9 x 10-³ eV O 13.6 x 10-3 eV O
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