SPEC NMR 1H uses sp3 sp2 - Contents

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Subject Index

Page 1Introduction - ReviewIntroduction to the basics of the theory upon which NMR spectroscopy is based
Page 2Enviroments - ReviewIntroduction to counting possible environments for carbon in a given structure for an organic compound
3 marksPage 3QuestionsFive examples of counting environments for carbon
2 marksPage 4¹³C NMR - Predicting number of signals
Page 5Signal position - ReviewIntroduction to predicting signal position for carbon in a ¹³C NMR spectrum
2 marksPage 6¹³C NMR - Predicting signal number and signal position
2 marksPage 7¹³C NMR - Predicting signal number and signal position
2 marksPage 8QuestionsThree examples of predicting number of signals and signal position in ¹³C NMR spectra
Page 9Environments - ReviewIntroduction to counting environments for hydrogen
2 marksPage 10QuestionsFive examples of counting environments for hydrogen given the structure of the compound
2 marksPage 11¹H NMR - Predicting the number of signals
1 marksPage 12¹H NMR - Predicting the number of signals
Page 13Review - ReviewPredicting signal position for hydrogen in a compound of given structure
6 marksPage 14QuestionsThree examples of predicting signal position with justification of response
5 marksPage 15Predict number of signals and signal position
4 marksPage 16Predict number of signals and signal position
Page 17Splitting - ReviewIntroduction to how splitting of NMR singlas depends on the number of hydrogens on adjacent carbons
2 marksPage 18QuestionsFive examples that involve either predicting splitting or analysing ¹H NMR spectra
4 marksPage 19Splitting analysis
14 marksPage 20Predict and analyze ¹H NMR spectrum
15 marksPage 21Predict and analyze ¹H NMR spectrum
15 marksPage 22Predict and analyze ¹H NMR spectrum