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Questions and Answers
Which type of protons are associated with distinct signals in NMR?
Which type of protons are associated with distinct signals in NMR?
- Chiral protons
- Diastereotopic protons (correct)
- Test group protons
- Enantiotopic protons
What happens when diastereotopic protons are replaced with a test group?
What happens when diastereotopic protons are replaced with a test group?
- They have equal chemical shifts
- They become chemically distinct in reactions with chiral molecules
- They become enantiotopic protons
- They give rise to diastereomers (correct)
What is the main difference between diastereotopic and enantiotopic protons?
What is the main difference between diastereotopic and enantiotopic protons?
- Diastereotopic protons are associated with distinct signals in NMR, while enantiotopic protons have equal chemical shifts (correct)
- Diastereotopic protons are chemically distinct in reactions with chiral molecules, while enantiotopic protons have equal chemical shifts
- Diastereotopic protons have equal chemical shifts, while enantiotopic protons are associated with distinct signals in NMR
- Diastereotopic protons have equal chemical shifts, while enantiotopic protons are chemically distinct in reactions with chiral molecules
