An electron is sitting in the -10eV energy level of an atom as shown. If this electron is struck with a photon with wavelength 55nm, it will be freed from the atom. How much kinetic energy will the electron wind up with? * -0.5eV -lev - Hev
An electron is sitting in the -10eV energy level of an atom as shown. If this electron is struck with a photon with wavelength 55nm, it will be freed from the atom. How much kinetic energy will the electron wind up with? * -0.5eV -lev - Hev
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![An electron is sitting in the -10eV energy level of an atom as shown. If this
electron is struck with a photon with wavelength 55nm, it will be freed from
the atom. How much kinetic energy will the electron wind up with? *
-0.5eV
-lev
-HeV](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F9770adda-0a79-45e1-914f-3a9dd0279309%2F84adb675-1699-4cf7-9088-9ccbd8ca429b%2Fogt94x_processed.png&w=3840&q=75)
Transcribed Image Text:An electron is sitting in the -10eV energy level of an atom as shown. If this
electron is struck with a photon with wavelength 55nm, it will be freed from
the atom. How much kinetic energy will the electron wind up with? *
-0.5eV
-lev
-HeV
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