Khan Academy Static

Let’s shift gears and take a peak at 1H-NMR. When you bring a magnet close to iron filings, the filings align with the applied field. The hydrogen atoms of molecules behave similarly under a strong magnetic field, but bounce back and radiate when the field is removed. in this section you will learn how to interpret the spectra created by proton NMR.

15298_Proton_NMR_practice_3.html

15295_Hydrogen_deficiency_index.html

15297_Proton_NMR_practice_2.html

15292_Multiplicity_n_1_rule.html

15285_Nuclear_shielding.html

15294_Complex_splitting.html

15291_Spin_spin_splitting_coupling_.html

15284_Introduction_to_proton_NMR.html

15293_Coupling_constant.html

15296_Proton_NMR_practice_1.html

15288_Electronegativity_and_chemical_shift.html

15286_Chemical_equivalence.html

15290_Integration.html

15287_Chemical_shift.html

15289_Diamagnetic_anisotropy.html