Diastereotopic vs Enantiotopic Protons

Chiral protons

Diastereotopic protons (correct)

Test group protons

Enantiotopic protons

They have equal chemical shifts

They become chemically distinct in reactions with chiral molecules

They become enantiotopic protons

They give rise to diastereomers (correct)

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