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  1. B-Pharma
  2. Instrumental Methods of Analysis
  3. Electronic Transitions
  4. Electronic Transitions in UV-Visible Spectroscopy
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Instrumental Methods of Analysis

B-Pharma · BP701T

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Overview
01TopicElectronic Transitions
Article 01Introduction to Electronic TransitionsArticle 02Electronic Transitions in UV-Visible Spectroscopy
02TopicChromophores
03TopicAuxochromes
04TopicSpectral Shifts
05TopicSolvent Effect on Absorption Spectra
06TopicBeer-Lambert's Law
07TopicDerivation of Beer-Lambert's Law
08TopicSources of Radiation
09TopicWavelength Selectors
10TopicSample Cells
11TopicDetectors
12TopicPhototubes
13TopicPhotomultiplier Tubes
14TopicPhotovoltaic Cells
15TopicSpectrophotometric Titrations
15TopicSilicon Photodiodes
17TopicSingle-Component Analysis
18TopicMulticomponent Analysis
19TopicElectronic States in Fluorimetry
20TopicInternal and External Conversions
21TopicFactors Affecting Fluorescence
22TopicQuenching of Fluorescence
23TopicFluorimetry Instrumentation
24TopicApplications of Fluorimetry
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Practice

Electronic Transitions in UV-Visible Spectroscopy

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MCQ Practice

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Question 1 / 2easy

Question 1

Which of the following electronic transitions generally requires the least energy?

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Previous article← Introduction to Electronic TransitionsNext articleIntroduction to Chromophores →
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