When electromagnetic radiation of a certain wavelength is incident on a metal whose binding energy is 1.49 eV, the result is the ejection of electrons with kinetic energies as high as 0.669 eV. What must be the wavelength (in nm) of the radiation?

Glencoe Physics: Principles and Problems, Student Edition
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Chapter27: Quantum Theory
Section: Chapter Questions
Problem 44A
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When electromagnetic
radiation of a certain wavelength is incident on a metal whose
binding energy is 1.49 eV, the result is the ejection of electrons with kinetic energies as
high as 0.669 eV.
What must be the wavelength (in nm) of the radiation?
Transcribed Image Text:When electromagnetic radiation of a certain wavelength is incident on a metal whose binding energy is 1.49 eV, the result is the ejection of electrons with kinetic energies as high as 0.669 eV. What must be the wavelength (in nm) of the radiation?
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