9. Absorption spectra for molecules are more complex than atomic spectra because: C (a) Molecular species have side reactions C (b) Atomic species do not absorb light C (c) The number of energy states of molecules is enormous when compared with the number of energy states for isolated atoms. 10 absorption / emission of light by a molecule and describe the processes in terms of energy levels. How this information can be used for obtaining analytical information on an analyte of interest? Explain the phenomenon of

Chemistry
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Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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Chapter1: Chemical Foundations
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9.
Absorption spectra for molecules are
more complex than atomic spectra because:
C (a) Molecular species have side reactions
C (b) Atomic species do not absorb light
C (c) The number of energy states of molecules is
enormous when compared with the number of
energy states for isolated atoms.
10
absorption / emission of light by a molecule and
describe the processes in terms of energy levels.
How this information can be used for obtaining
analytical information on an analyte of interest?
Explain the phenomenon of
Transcribed Image Text:9. Absorption spectra for molecules are more complex than atomic spectra because: C (a) Molecular species have side reactions C (b) Atomic species do not absorb light C (c) The number of energy states of molecules is enormous when compared with the number of energy states for isolated atoms. 10 absorption / emission of light by a molecule and describe the processes in terms of energy levels. How this information can be used for obtaining analytical information on an analyte of interest? Explain the phenomenon of
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