5. An electron is in a state v(r, 0, 9) = R(r) (V5sin(20) + sin(d) e2i) e, where R(r) is a radial wave function. What are the possible outcomes when measuring i) the angular momentum L and ii) its z component, and what is the probability of each value?
5. An electron is in a state v(r, 0, 9) = R(r) (V5sin(20) + sin(d) e2i) e, where R(r) is a radial wave function. What are the possible outcomes when measuring i) the angular momentum L and ii) its z component, and what is the probability of each value?
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Transcribed Image Text:5. An electron is in a state
(r, 8, 4) = R(r) (V5sin(20) + sin(8) e2ie) eip,
where R(r) is a radial wave function. What are the possible outcomes when measuring i) the angular
momentum L and ii) its z component, and what is the probability of each value?
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