Q8 // If the effect of orbital spin leads to the splitting of the line of the sodium spectrum resulting from the transition (3p → 3s) into two lines of wavelength (5890 nm) and (5896 nm) following the transition 3P1 - 3S1 3P3 → 251 Respectively, calculate from these wavelengths the strength o the magnetic field affecting the outer electron in the sodium atom as a result of its orbital motion.
Q8 // If the effect of orbital spin leads to the splitting of the line of the sodium spectrum resulting from the transition (3p → 3s) into two lines of wavelength (5890 nm) and (5896 nm) following the transition 3P1 - 3S1 3P3 → 251 Respectively, calculate from these wavelengths the strength o the magnetic field affecting the outer electron in the sodium atom as a result of its orbital motion.
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Transcribed Image Text:Q8 // If the effect of orbital spin leads to the splitting of the
line of the sodium spectrum resulting from the transition (3p
→ 3s) into two lines of wavelength (5890 nm) and (5896 nm)
following the transition
3P1
→ 3S1
3P3 → 2S1
Respectively, calculate from these wavelengths the strength of
the magnetic field affecting the outer electron in the sodium
atom as a result of its orbital motion.
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