filmov
tv
Projection operator method: vibrations of water (H₂O)
Показать описание
01:12 Reducible representation for 3N degrees of freedom
06:12 Reduction of reducible representation
18:03 Subtracting out rotations and translations
20:46 Effect of each symmetry operation on representative bond stretch
22:13 A1 stretch
22:53 B1 stretch
25:23 Effect of each symmetry operation on representative bond bend
26:33 A1 bend
Derivation of the normal modes of vibration for water (H₂O) - point group C₂v - by the projection operator method.
Don't forget to like, comment, share, and subscribe!
06:12 Reduction of reducible representation
18:03 Subtracting out rotations and translations
20:46 Effect of each symmetry operation on representative bond stretch
22:13 A1 stretch
22:53 B1 stretch
25:23 Effect of each symmetry operation on representative bond bend
26:33 A1 bend
Derivation of the normal modes of vibration for water (H₂O) - point group C₂v - by the projection operator method.
Don't forget to like, comment, share, and subscribe!
0:27:52
Projection operator method: vibrations of water (H₂O)
0:36:08
Projection operator method: vibrations of ammonia (NH₃)
0:48:41
NEW! Projection Operator Applied to Vibrations and Atomic Orbitals 5382 2021 Lecture
0:36:43
Lecture 31 : Molecular vibration modes using projection operator
0:51:00
Projection operator method: sigma orbitals of methane
0:40:39
Projection operator method: sigma orbitals of boron trifluoride
0:32:16
Generating SALCs Using Projection Operators Part A: Sigma-SALCs Under C2v and C4v Symmetry
0:22:33
Projection operator method: sigma molecular orbitals of ammonia (NH₃)
0:19:32
Projection operator method: sigma molecular orbitals of XeF4 - part I
0:12:53
Kim method: stretching vibrations of sulfur hexafluoride (SF₆)
0:46:01
Projection operator method: sigma orbitals of diborane
0:24:51
Projection operator method: sigma molecular orbitals of water (H₂O)
0:36:43
Molecular vibration modes using projection operator: Lecture-31
0:19:46
Projection operator method: sigma molecular orbitals of XeF4 - part II
0:23:44
Kim method: vibrations of nickel tetrachloride ion ([NiCl₄]²⁻)
0:30:01
Generating SALCs Using Projection Operators Part B: Sigma- and Pi-SALCs Under C3v Symmetry
0:21:00
Kim method: derivation of the pi orbitals of benzene by the Correspondence Theorem
0:09:04
SALC ammonia
0:42:57
mod09lec42 - SALC using Projection Operator
0:29:03
Symmetry Adapted Linear Combinations [SALCs] | Advanced Group Theory | Projection Operator Method
0:25:50
Projection operator method: sigma and pi molecular orbitals of ethylene
0:45:18
Using the Projection Operator to generate Symmetry Adapted Linear Combinations of Atomic Orbitals
0:13:06
Borane Molecular Orbitals --- Part 2 --- Projection Operator Method
0:25:25
Projection operator method: pi molecular orbitals of cyclobutadiene
Комментарии