1. Predict the splitting patterns of the protons in a given molecule.
Week 12
Analyse a proton NMR spectrum to make predictions about the number of non-equivalent protons and possible structures for the molecule.
Predict the splitting patterns of the protons in a given molecule.
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2. Different combinations of spin states for protons in adjacent H atoms
Week 12
Different combinations of spin states for protons in adjacent H atoms
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3. Proton NMR spectrum of methyl propanoate showing splitting patterns
Week 12
Proton NMR spectrum of methyl propanoate showing splitting patterns
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4. Week 12
Describe the identification of O–H and N–H protons by proton exchange using D2O.
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5. Water, H2O, and heavy water, D2O
Week 12
Water, H2O, and heavy water, D2O
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6. Proton NMR spectrum of ethanol, C2H5OH: (a) without D2O; (b) with D2O
Week 12
Proton NMR spectrum of ethanol, C2H5OH: (a) without D2O; (b) with D2O
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7. Compound with molecular formula C3H7NO2
Week 12
Compound with molecular formula C3H7NO2
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8. Predict the splitting patterns of the protons in a given molecule.
Week 12
Analyse a proton NMR spectrum to make predictions about the number of non-equivalent protons adjacent to a given proton, and possible structures for the molecule.
Predict the splitting patterns of the protons in a given molecule.
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9. Proton NMR spectra of ClCH2CH2COOH and CH3CHClCOOH, both in D2O
Week 12
Proton NMR spectra of ClCH2CH2COOH and CH3CHClCOOH, both in D2O
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10. Proton NMR spectra of two esters of C4H8O2
Week 12
Proton NMR spectra of two esters of C4H8O2
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11. Proton NMR spectrum of 2-chloropropane, CH3CHClCH3
Week 12
Proton NMR spectrum of 2-chloropropane, CH3CHClCH3
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12. Proton NMR spectrum of 1,2-dichloroethane, ClCH2CH2Cl
Week 12
Proton NMR spectrum of 1,2-dichloroethane, ClCH2CH2Cl
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13. Week 12
Explain that NMR spectroscopy is the same technology as that used in magnetic resonance imaging (MRI).
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