2. The first ionization energy of neon (2.08 MJ/mole) is determined by photoelectron spectroscopy (PES). Calculate the wave number (v) of incident radiation in order to generate photoelectrons with de Broglie wavelength (e) equal to 2.34×10-10 m.

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2. The first ionization energy of neon (2.08 MJ/mole) is determined by photoelectron spectroscopy
(PES). Calculate the wave number (v) of incident radiation in order to generate photoelectrons
with de Broglie wavelength (e) equal to 2.34×10-10 m.
Transcribed Image Text:2. The first ionization energy of neon (2.08 MJ/mole) is determined by photoelectron spectroscopy (PES). Calculate the wave number (v) of incident radiation in order to generate photoelectrons with de Broglie wavelength (e) equal to 2.34×10-10 m.
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