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46:24 LECTURE LECTURE	LECTURE Zoom Recording ID: 96071157995 UUID: eTjeCu84QAarZjPnSXxdcA== Meeting Time: 2021-03-17T16:49:10Z mass equations matlab velocities momentum velocity masses thing equation things animation minus collision times numbers problem force array dot questions From Andy Ruina 0 plays
49:31 LECTURE LECTURE	LECTURE Zoom Recording ID: 96071157995 UUID: Nsx6CYKkQ0Kw0njcj2YAqw== Meeting Time: 2021-03-01T18:06:19Z matrix dot equation problem times thing side mass spring equations solution omega masses form minus vector things questions stuff term From Andy Ruina 0 plays
52:49 LECTURE LECTURE	LECTURE Zoom Recording ID: 96071157995 UUID: MeW/WR8tSkKJqQaXSu9ZwA== Meeting Time: 2021-02-24T18:04:16Z times equation thing spring mass matrix omega solution modes minus sine k2 side dot equations x1 masses mode constants problem From Andy Ruina 1 plays
01:07:10 CAM Colloquium - Anna Vainchtein (11/13/20) CAM Colloquium - Anna Vainchtein (11/13/20)	CAM Colloquium - Anna Vainchtein (11/13/20) Zoom Recording ID: 95217932087 UUID: CGuNbUGDSCWAXNMZge2Nag== Meeting Time: 2020-11-13T20:16:12Z waves solutions equation energy velocity fact linear wave limit problem stability epsilon masses solution interactions lot simulations oscillations existence beta From Erika Fowler-Decatur 3 plays
01:11:49 From Einstein's Photoelectric Effect to Band… From Einstein's Photoelectric Effect to Band Mapping. (Shen)	From Einstein's Photoelectric Effect to Band Mapping. (Shen) 2019 Summer School optical spectroscopy energy electronic structure concepts in physics fermi energy kilo volt modern physics class simple system translational symmetry electrons inside electronic structure angle result photo continuum mechanics measure things perpendicular component high energy m.b.e. high energy resolution teaching photo electron nuclear physics good sample electrons coming electron coming magnetic field photo motion electron photo mission experiment radiobiology main factors electronics companies of the united kingdom color coded charge carriers probing depth elementary geometry photo mission material properties binding energy result photo mission energy electrons energy single spectrum measurement surface sensitive crystallography ray diffraction social sciences free carriers lead tennis ball high intensity basically map basic principle plane wave threshold energy reciprocal lot electronics pretty popular energy resolution material systems mission experiment momentum conservation free electron gas anthropology physical properties magnetism formally correct optical transition band structure plain wave deep inside huge number core levels geometry photon energy defined energy low energy channel plate key thing total momentum conservation laws quantum mechanical dipole matrix element universal curve symmetry simple relationship step model polar angle photo current main thing decision theory energy band photo mission process transition matrix element energy conservation band masses free electron large energy accelerator physics 100 electron volts potential barrier sudden approximation photo mission measurement work function radiation shield photo electrons coming classical mechanics momentum space physical quantities balls condensed matter physics photo machine discharge lamp single atom low energy electronic couple slides valence band spectroscopy higher harmonic generation plane momentum photo lecture mechanics actual process famous year nanometer probing mission process electron volts quantum mechanics class caption complete free space featureless background sample manipulator crystal wright fermi–dirac statistics thermodynamics higher energy kinetic energy highest energy vacuum chamber electronic band structures electron analyzer play momentum velocity quantum chemistry correct answer quantum materials electron momentum electromagnetism fermi level urban studies and planning electron leaving educational psychology energy range si derived units low temperature mass quantum mechanics nobel prize material science From James Overhiser 215 plays
38:11 IR spectra & dielectric constants - Lecture… IR spectra & dielectric constants - Lecture 4.2	IR spectra & dielectric constants - Lecture 4.2 2016 PARADIM SUMMER SCHOOL Feliciano Giustino - Lecture 4.2 formal charges negative frequencies dielectrics low frequency game mode electronics terminology electronic transition philosophical terminology concepts in physics infrared nuclear masses electric and magnetic fields in matter gifty calculations politics effective charge infrared absorption radio spectrum reference game frequency oral communication systems theory electric function unit charge sociological terminology high frequency jump jump caption complete energy scale dielectric constant previous lecture amateur radio metrology people call ratios teaching long wavelength electromagnetism physical quantities electromagnetic spectrum aboriginal modes acoustics active mode chemical bonding electric field mass spectroscopy light phone frequency elementary mathematics chemistry optical absorption harmonic approximation mechanical vibrations From James Overhiser 79 plays
47:02 08 - Normal Modes; Midpoint Method; Collisions… 08 - Normal Modes; Midpoint Method; Collisions Session 8	08 - Normal Modes; Midpoint Method; Collisions Session 8 2013-02-14 08:59:05+00 elementary algebra length hearing calculate dynamics oscillation topology nice motion method differential calculus earthquake engineering coordinate systems control theory classical mechanics coast lines systems theory acoustics masses philosophical terminology thing symbols system differential functions and mappings equations chemistry numerical differential equations energy mechanical vibrations elementary mathematics statistical terminology songs written by tony banks (musician) linear algebra educational psychology polynomials motion spring abstract algebra mathematical analysis mass windows software analytic geometry caption complete algebra hand side coefficient restitution concepts in physics equation solution spring 2013 trigonometry mechanics continuum mechanics systems science kinematics computer real numbers differential equations communication sound graphics hardware companies matter numerical analysis ordinary differential equations z.. linear operators in calculus velocity question aesthetics videonote latin alphabet initial conditions cybernetics number elementary geometry astrometry geometric centers electrical engineering position collision data analysis software management notation From [email protected] 31 plays