E (eV) (n + 1)p 7 (п + 1)s 5 620 nm пр 3 ns Ground state FIGURE Q29.22

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As shown the energy levels of a hypothetical atom.
a. What minimum kinetic energy (in eV) must an electron have to collisionally excite this atom and cause the emission of a 620 nm photon? Explain.
b. Can an electron with K = 6 eV cause the emission of 620 nm light from this atom? If so, what is the final kinetic energy of the electron? If not, why not?
c. Can a 6 eV photon cause the emission of 620 nm light from this atom? Why or why not?
d. Can a 7 eV photon cause the emission of 620 nm light from this atom? Why or why not?

E (eV)
(n + 1)p
7
(п + 1)s
5
620 nm
пр
3
ns
Ground state
FIGURE Q29.22
Transcribed Image Text:E (eV) (n + 1)p 7 (п + 1)s 5 620 nm пр 3 ns Ground state FIGURE Q29.22
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