Explanation Introduction: The electron can be move from lower energy state to higher energy state by giving them some external energy. The external energy is gained by absorption of photons of required energy. This process of moving the electron to higher energy state is known as excitation of electrons. The electrons transit from lower energy state to higher energy state by absorbing energy in the form of photons. The materials emit various wavelengths of light which relates with the energy levels. In excitation process, the electrons excite from ground to higher state by absorption of photons in this florescence the electron the material. These excited atoms can be de-excited by several ways such as transition of electron to ground state by re-emits the same energy photons. This process is known as de-excitation...

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ISBN: 9781711470832

Author: OpenStax

Publisher: XANEDU

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Chapter 30, Problem 12TP

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The description of the process of fluorescence in terms of the emission of photons as electron transition between energy states and the explanations of the process to be differ from ordinary atomic emission.

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Chapter 30, Problem 11TP

Chapter 30, Problem 13TP

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Sketch the harmonic.

Chapter 30 Solutions

COLLEGE PHYSICS

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The description of the process of fluorescence in terms of the emission of photons as electron transition between energy states and the explanations of the process to be differ from ordinary atomic emission.

Solution Summary: The author describes the process of fluorescence in terms of the emission of photons as electron transition between energy states.

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The description of the process of fluorescence in terms of the emission of photons as electron transition between energy states and the explanations of the process to be differ from ordinary atomic emission.

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Chapter 30 Solutions