Provide short answers on theory and concepts. a. A (2,2) fluorescence transition is usually not observed because: b. A hypothetical atom has three different energy states. Assuming all transitions are possible, how many spectral lines can this atom produce? c. A (3,0) absorption transition refers to:
Provide short answers on theory and concepts. a. A (2,2) fluorescence transition is usually not observed because: b. A hypothetical atom has three different energy states. Assuming all transitions are possible, how many spectral lines can this atom produce? c. A (3,0) absorption transition refers to:
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Transcribed Image Text:Question 1- Molecular Spectroscopy Concepts and Applications
Provide short answers on theory and concepts.
a. A (2,2) fluorescence transition is usually not observed because:
b. A hypothetical atom has three different energy states. Assuming all transitions are possible, how
many spectral lines can this atom produce?
c. A (3,0) absorption transition refers to:
d. Which type of light microscopy provides superresolution imaging while correlating that data with
surface topography as well? Briefly explain the part of the method that makes it possible.
e. Intensities of transitions can be estimated by:
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