Projection operator method: sigma molecular orbitals of ammonia (NH₃)
01:52 Reducible representation for group orbitals 03:03 Reduction of reducible representation 08:41 Effect of each symmetry operation on representative orbital 10:26 A1 irreducible representation 11:45 The E irreducible representation 13:06 Accounting for orbital degeneracy 17:16 Visualizing the group orbitals 20:56 Sorting molecular orbitals by energy Derivation of the sigma molecular orbitals of NH₃ (ammonia), using the projection operator method. Don't forget to like, comment, share, and subscribe!
▶︎
Symmetry: episode 117, part 1 (molecular orbitals of tetrahedral complexes)
▶︎
Projection operator method: vibrations of ammonia (NH₃)
▶︎
Hybridization of Atomic Orbitals - Sigma & Pi Bonds - Sp Sp2 Sp3
▶︎
Projection operator method: sigma molecular orbitals of XeF4 - part I
▶︎
We finally understood orbital shapes intuitively! (My mind is blown)
▶︎
Sarah Paine - Why Putin and Xi can't escape geography
▶︎
Construction of MO Diagrams for Simple Polyatomic Molecules
▶︎
Projection operator method: sigma orbitals of boron trifluoride
▶︎
Projection operator method: sigma molecular orbitals of water (H₂O)
▶︎
Projection operator method: pi molecular orbitals of cyclopropenyl cation
▶︎
Why Science Doesn’t Make Laws Anymore
▶︎
SALCs: How to Use Group Theory to Solve Complex Molecular Orbitals!
▶︎
Molecular Orbitals 2: SALCS, Projections, Normalization, and Orthogonalization
▶︎
13. Molecular Orbital Theory
▶︎
Electrons Don't Actually Orbit Like This
▶︎
Projection operator method: sigma molecular orbitals of XeF4 - part II
▶︎
Projection operator method: sigma and pi molecular orbitals of ethylene
▶︎
How to Draw Heteronuclear MO Diagrams: NO, HCl, and Bond Order
▶︎
481 - 12 SALC Generation
▶︎