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Bohr's Quantum Jumps and the Foundational Equation of Spectroscopy - Prof. William Reinhar, Study notes of Physical Chemistry

University of Washington (UW) - Seattle Physical Chemistry

Prof. William Reinhardt

An overview of niels bohr's discovery of quantum jumps between energy levels in atoms, leading to the foundational equation of spectroscopy, the bohr-einstein frequency rule. The document also discusses the limitations of bohr's theory and the introduction of fully quantum postulates by heisenberg and schrödinger.

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Uploaded on 03/18/2009

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Download Bohr's Quantum Jumps and the Foundational Equation of Spectroscopy - Prof. William Reinhar and more Study notes Physical Chemistry in PDF only on Docsity! Bohr realized that “spectra” were quantum jumps between “energy levels,” quantized and labeled by n = 1,2,3…. And the frequency (or wave length) of light associated With these transitions between quantum states was: hν = hc/λ = ΔE this is the foundational equation of all of spectroscopy, and is called the Bohr-Einstein frequency rule. Applying to a transition m → n in the H atom (or ion of nuclear charge +Ze)

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