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01:58:59 EEC-239A_Lecture 11… EEC-239A_Lecture 11 GMT20201109-185722_EEC-239A-0_2560x1440	EEC-239A_Lecture 11 GMT20201109-185722_EEC-239A-0_2560x1440 EEC-239A_Lecture 11 GMT20201109 eec239a yoo_lectures delta lambda wavelength times phase input fiber pi wave antenna output guy waveguide device amplifier thing power coupler phi front From S. J. Ben Yoo on November 9th, 2020 0 likes 7 plays 0
02:11:48 ECE-239A_Lecture 10… ECE-239A_Lecture 10 GMT20201104-184821_EEC-239A-0_2560x1440	ECE-239A_Lecture 10 GMT20201104-184821_EEC-239A-0_2560x1440 ECE-239A_Lecture 10 November 4, 2020 eec239a yoo_lectures wavelength input lambda fiber output delta root times phase power problem homework kappa filter pi beam square things minus port From S. J. Ben Yoo on November 4th, 2020 0 likes 16 plays 0
18:47 CHE124a_1_Kauzlarich-pre-lecture_11_heteronuclear… CHE124a_1_Kauzlarich-pre-lecture_11_heteronuclear MOs	CHE124a_1_Kauzlarich-pre-lecture_11_heteronuclear MOs Heteronuclear diatomics, HF, LiF, CO, NO, how we know that MO's are correct che124a orbitals bonding energy bond sigma electrons 2s oxygen carbon pi fluorine flooring molecule symmetry diagram hydrogen pair theory electronegativity spectroscopy From Susan Kauzlarich on November 4th, 2020 0 likes 27 plays 0
19:50 CHE124a_1_pre-lecture_10_homo&heteronuclear… CHE124a_1_pre-lecture_10_homo&heteronuclear diatomics	CHE124a_1_pre-lecture_10_homo&heteronuclear diatomics Brief description of types of bonds, homonuclear bonding Li-F2, introduce heteronuclear XY che124a bonding orbitals energy 2s bond sigma electron axis electrons overlap electronegativity density rise symmetry 2pi pi lecture things lithium thing From Susan Kauzlarich on October 31st, 2020 0 likes 21 plays 0
14:52 Molecular Orbitals for homonuclear diatomics from… Molecular Orbitals for homonuclear diatomics from H to Ne	Molecular Orbitals for homonuclear diatomics from H to Ne Simple description of Molecular orbitals for homonuclear diatomics form H to He che124a orbitals electrons bonding bond sigma energy pi nuclei valence atoms plane nodal molecule 2s diatomics point helium o2 c2 element From Susan Kauzlarich on October 28th, 2020 0 likes 11 plays 0
02:12:21 EEC239A-Lecture5_20201014-175123_EEC-239A-0_2560x1… EEC239A-Lecture5_20201014-175123_EEC-239A-0_2560x1440	EEC239A-Lecture5_20201014-175123_EEC-239A-0_2560x1440 eec239a yoo_lectures field mode square beta fiber homework omega lecture wave waveguide vector slab function guys dispersion pi thing alright equation component From S. J. Ben Yoo on October 14th, 2020 0 likes 18 plays 0
01:39:39 EEC239A-Lecture4_202010012_EEC-239A-0_2560x1440 EEC239A-Lecture4_202010012_EEC-239A-0_2560x1440	EEC239A-Lecture4_202010012_EEC-239A-0_2560x1440 EEC239A lecture yoo_lectures eec239a fiber theta delta sine phase pi wave times waveguide mode lambda light wavelength solution square frequency angle tangent alright cosine From S. J. Ben Yoo on October 12th, 2020 0 likes 13 plays 0
13:05 MOS Transistors (Part 8: Large-Signal and… MOS Transistors (Part 8: Large-Signal and Small-Signal Models)	MOS Transistors (Part 8: Large-Signal and Small-Signal Models) EEC110A: Electronic Circuits I Instructor: Hooman Rashtian Department of Electrical and Computer Engineering transistor vgs vds voltage signal threshold drain source model respect derivative circuit saturation region term slope channel pi expression curve From Hooman Rashtian on April 14th, 2020 1 likes 11 plays 0
05:16 Bipolar Transistors (Part 9: Small Signal Model… Bipolar Transistors (Part 9: Small Signal Model (continued))	Bipolar Transistors (Part 9: Small Signal Model (continued)) EEC110A: Electronic Circuits I Instructor: Hooman Rashtian Department of Electrical and Computer Engineering delta pi base collector model vbe signal change equation emitter circuit transistor resistor unit current parameters letters lowercase expression thing From Hooman Rashtian on April 14th, 2020 0 likes 11 plays 0
12:23 Review of Complex Numbers (Part I) Review of Complex Numbers (Part I)	Review of Complex Numbers (Part I) theta form angle arctangent x. quadrant equation prime arc cosine tangent pi 8s degrees tange x2 sine magnitude axis direction From Hooman Rashtian on April 12th, 2020 0 likes 40 plays 0
01:08:26 Advanced Supersymmetry: Lecture 3 Advanced Supersymmetry: Lecture 3	Advanced Supersymmetry: Lecture 3 Gaugino Condensation and Beta Function Mysteries gauge function coupling beta alpha tons renormalization theory lambda term scale pi tau times loop energy field prime fields log From John Terning on April 7th, 2020 0 likes 17 plays 0
01:13:19 Advanced Supersymmetry Lecture 1 Advanced Supersymmetry Lecture 1	Advanced Supersymmetry Lecture 1 The power of holomorphy. lambda phi charge renormalization potential coupling term field function scale theory symmetry mass times gauge tau lagrangian dagger theta pi From John Terning on March 31st, 2020 0 likes 25 plays 0