An electron (mass m) is contained in a cubical box of widths Lx = Ly = Lz. (a) How many different frequencies of light could the electron emit or absorb if it makes a transition between a pair of the lowest five energy levels? What multiple of h/8mL2 gives the (b) lowest, (c) second lowest, (d) third lowest, (e) highest, (f ) second highest, and (g) third highest frequency?
An electron (mass m) is contained in a cubical box of widths Lx = Ly = Lz. (a) How many different frequencies of light could the electron emit or absorb if it makes a transition between a pair of the lowest five energy levels? What multiple of h/8mL2 gives the (b) lowest, (c) second lowest, (d) third lowest, (e) highest, (f ) second highest, and (g) third highest frequency?
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An electron (mass m) is contained in a cubical box of widths
Lx = Ly = Lz. (a) How many different frequencies of light could the electron emit or absorb if it makes a transition between a pair
of the lowest five energy levels? What multiple of h/8mL2 gives the
(b) lowest, (c) second lowest, (d) third lowest, (e) highest, (f ) second
highest, and (g) third highest frequency?
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