(d) Estimate the order of magnitude of the magnetic field (in Gauss) that is required to...

 

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(d) Estimate the order of magnitude of the magnetic field (in Gauss) that is required to make the quadratric term in Ā comparable to the linear term. How does this compare with the typical magnetic fields observed in the Milky Way? [2] (e) Show that, ignoring the quadratic term, the Schrödinger equation reduces to ħ² e² e 2 -B · (L + 25) v(7) = Ev(7). 2me T 2mec [1] (d) Estimate the order of magnitude of the magnetic field (in Gauss) that is required to make the quadratric term in Ā comparable to the linear term. How does this compare with the typical magnetic fields observed in the Milky Way? [2] (e) Show that, ignoring the quadratic term, the Schrödinger equation reduces to ħ² e² e 2 -B · (L + 25) v(7) = Ev(7). 2me T 2mec [1]

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