A certain metal has a work function of 315.0 kJ per mole of e-. What wavelength of electromagnetic radiation (in nm) must be directed at the surface in order for electrons to be ejected with a de Broglie wavelength of 13.83 angstroms (Å) 1 À = 1×10¯1º meters nm

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Chapter1: Chemical Foundations
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Tue Oct 26 8
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In Hwk#6 (page 7 of 16)
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p?attempt%3D1047279&cmid=786108&page3D6
Irini Konstantinou
emistry I
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A certain metal has a work function of 315.0 kJ per mole of e-. What wavelength of
electromagnetic radiation (in nm) must be directed at the surface in order for electrons to be
ejected with a de Broglie wavelength of 13.83 angstroms (A) 1 Á = 1×100
meters
Transcribed Image Text:四 %23 Tue Oct 26 8 X P Pearson Sign In In Hwk#6 (page 7 of 16) me + x p?attempt%3D1047279&cmid=786108&page3D6 Irini Konstantinou emistry I F21) Search courses Quick Links 9# A certain metal has a work function of 315.0 kJ per mole of e-. What wavelength of electromagnetic radiation (in nm) must be directed at the surface in order for electrons to be ejected with a de Broglie wavelength of 13.83 angstroms (A) 1 Á = 1×100 meters
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