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Video Lecture_Lab F12-Parallel-Series Pump duration 37 minutes 0 seconds Video Lecture_Lab F12-Parallel-Series Pump Video Lecture_Lab F12-Parallel-Series Pump	Video Lecture_Lab F12-Parallel-Series Pump pump pumps head curve point flow rate performance water series pressure suction equation side speed fluid parallel cavitation model impeller From JOHN COLENBRANDER 3 plays 0
V01_02_DC Analysis of BJT Circuits duration 21 minutes 15 seconds V01_02_DC Analysis of BJT Circuits V01_02_DC Analysis of BJT Circuits	V01_02_DC Analysis of BJT Circuits This video describes the DC analysis of BJT circuits. bjts dc analysis vote times circuit voltage equation beta base bjt vc region vbe vb ohms volt rb1 loop e. kilo resistance characteristics From Chih-hung Chen 511 plays 0
V01_01_DC Analysis of MOSFET Circuits duration 32 minutes 23 seconds V01_01_DC Analysis of MOSFET Circuits V01_01_DC Analysis of MOSFET Circuits	V01_01_DC Analysis of MOSFET Circuits This video describes the DC analysis of MOSFET circuits. mosfets dc analysis vgs equation source voltage region vote saturation characteristics volt vd mosfet minus circuit vg times transistor step question sink dc From Chih-hung Chen 688 plays 0
V00_05_Linearization of BJTs_Part2 duration 12 minutes 33 seconds V00_05_Linearization of BJTs_Part2 V00_05_Linearization of BJTs_Part2	V00_05_Linearization of BJTs_Part2 This video describes how to develop the equivalent circuit models for a BJT based on its linearized i-v characteristics. bjts circuit pi emitter beta times terminal equation base transconductance mosfet model alpha amplifier equals hand collector bjt currents input naught From Chih-hung Chen 517 plays 0
V00_02_Linearization of MOSFETs_Part1 duration 18 minutes 29 seconds V00_02_Linearization of MOSFETs_Part1 V00_02_Linearization of MOSFETs_Part1	V00_02_Linearization of MOSFETs_Part1 This video reviews how to linearize a MOSFET to become a linear element. Note: In the video, there is a typo in gm at 16:43. The correct gm = kn'(W/L)Vov, instead of (kn'/2)(W/L)Vov. mosfets vgs equation times region term voltage channel device vds drain mosfet effect length modulation function saturation minus terminal circuit signal From Chih-hung Chen 1,092 plays 1
Unit 2 - FSR - Stoichiometry duration 9 minutes 0 seconds Unit 2 - FSR - Stoichiometry Unit 2 - FSR - Stoichiometry	Unit 2 - FSR - Stoichiometry captionasr moles oxygen carbon dioxide yield grams propane reactant reaction amount percent mole mass equation chemical problem analysis times ratio calculation From Sharonna Greenberg 8,464 plays 0
Unit 2 - FSR - Limiting Reactant duration 7 minutes 32 seconds Unit 2 - FSR - Limiting Reactant Unit 2 - FSR - Limiting Reactant	Unit 2 - FSR - Limiting Reactant moles propane oxygen reactant dioxide carbon grams equation mole chemical calculation amount reaction method reactants result ratio water conclusion ways From Sharonna Greenberg 10,126 plays 0
Time Value of Money (Part 2) duration 4 minutes 19 seconds Time Value of Money (Part 2) Time Value of Money (Part 2)	Time Value of Money (Part 2) dollar formula inflation amount future money factor rate pv power sum lump equation table times purchasing concept answer hand multiplication From Anwar Husain 2 plays 0
Slope Stability - 8 duration 7 minutes 34 seconds Slope Stability - 8 Slope Stability - 8	Slope Stability - 8 Tutorial Examples factor safety table angle method denominator water numerator alpha scale pressure pore trial assignments approaches failure equation triangle slide theta From SeonHong Na 77 plays 0
QFT-Tut-210118 duration 39 minutes 4 seconds QFT-Tut-210118 QFT-Tut-210118	QFT-Tut-210118 This is the QFT tutorial for Jan 18, 2021 matrix energy particle elements operators particles operator things thing element 's hamiltonian momentum oscillator equation bunch algebra basis position star From Clifford Burgess 12 plays 0
QFT-Tut-210113 duration 56 minutes 15 seconds QFT-Tut-210113 QFT-Tut-210113	QFT-Tut-210113 This is the QFT Tutorial for Jan 13, 2021. particles things particle momentum probability energy thing sum mechanics minus equation beta times field equations notation operator statement psi bosons From Clifford Burgess 44 plays 0
Polymer Rheology: Rheology Walkthrough - W1 duration 22 minutes 30 seconds Polymer Rheology: Rheology Walkthrough - W1 Polymer Rheology: Rheology Walkthrough - W1	Polymer Rheology: Rheology Walkthrough - W1 CHEMENG 3L02 - Intermediate Laboratory Skills Lab: Polymer Rheology Week: 1 Topic:Understanding the lab concepts for rheology rate flow pressure die error linear curve polymer axis shear graph viscosity equation diameter temperature dice wall table lawn values From Kushal Panchal 202 plays 0
Polymer Rheology: Calculation Walkthrough - W2 duration 22 minutes 28 seconds Polymer Rheology: Calculation Walkthrough - W2 Polymer Rheology: Calculation Walkthrough - W2	Polymer Rheology: Calculation Walkthrough - W2 CHEMENG 3L02 - Intermediate Laboratory Skills Lab: Polymer Rheology Week: 2 Topic: Recap of W1 and walkthrough on calculations pressure ram calculations flow rate equation appendix density force step things temperature calculation units meters die mass drop polymer cubed From Kushal Panchal 149 plays 0
Polymer Extrusion Introduction - W2&3 duration 7 minutes 37 seconds Polymer Extrusion Introduction - W2&3 Polymer Extrusion Introduction - W2&3	Polymer Extrusion Introduction - W2&3 CHEMENG 4L02 - Advanced Laboratory Skills Lab: Polymer Extrusion Week: 2 and 3 Topic: Extruder introduction temperature viscosity seconds rpm values rate equation things extruder flow lines shear polymer thing revolutions meters angle table screw calculations From Kushal Panchal 116 plays 0
PHYSICS739_WKB1 duration 1 hour 21 minutes PHYSICS739_WKB1 PHYSICS739_WKB1	PHYSICS739_WKB1 First class on the WKB approximation function equation bar energy wave term potential series wavelength things factor root solution thing point schrodinger approximation expression momentum times From DUNCAN O'DELL 3 plays 0 Usage Rights None (All Rights Reserved)
PHYSICS739_SHO_HeisenbergEoM&CoherentStates duration 1 hour 25 minutes PHYSICS739_SHO_HeisenbergEoM&CoherentStates PHYSICS739_SHO_HeisenbergEoM&CoherentStates	PHYSICS739_SHO_HeisenbergEoM&CoherentStates 1) Discussed the Heisenberg equation of motion applied to the simple harmonic oscillator 2) Discussed coherent states operator oscillator things dagger operators mechanics energy bar alpha thing equation space equations phase function commutator times distribution wave fact From DUNCAN O'DELL 2 plays 0 Usage Rights None (All Rights Reserved)
PHYSICS739_Propagator2 duration 39 minutes 19 seconds PHYSICS739_Propagator2 PHYSICS739_Propagator2	PHYSICS739_Propagator2 Finished going through the Green's function slides and started looking at path integrals. function equation wave green solution side schrodinger space problem potential hand plane thing scattering things theory delta term series theta From DUNCAN O'DELL 2 plays 0 Usage Rights None (All Rights Reserved)
PHYSICS739_Propagator duration 1 hour 25 minutes PHYSICS739_Propagator PHYSICS739_Propagator	PHYSICS739_Propagator Introduced the propagator and began slides on Green's functions function equation wave green solution schrodinger delta point root operator times functions minus potential hand side conditions sigma position thing From DUNCAN O'DELL 2 plays 0 Usage Rights None (All Rights Reserved)
PHYSICS739_approximation_Methods3 duration 1 hour 9 minutes PHYSICS739_approximation_Methods3 PHYSICS739_approximation_Methods3	PHYSICS739_approximation_Methods3 Showed how to find transition amplitudes from the Dyson series. Began analyzing 1st order perturbations constant in time except for being switched on at t=t0. picture interaction schrodinger function delta perturbation energy operator probability times evolution continuum frequency omega equation transition series thing hamiltonian matrix From DUNCAN O'DELL 2 plays 0
PHYSICS739_approximation_Methods2 duration 1 hour 27 minutes PHYSICS739_approximation_Methods2 PHYSICS739_approximation_Methods2	PHYSICS739_approximation_Methods2 Introduced the interaction picture picture perturbation schrodinger equation interaction evolution energy matrix symmetry operator momentum hamiltonian thing minus hydrogen ground operators things theory problem From DUNCAN O'DELL 0 plays 0 Usage Rights None (All Rights Reserved)
PHYSIC739_WKB2_connection duration 1 hour 19 minutes PHYSIC739_WKB2_connection PHYSIC739_WKB2_connection	PHYSIC739_WKB2_connection Discussed how to obtain the WKB connection formulae using both the transitional approximation and the complex method. Also applied the WKB method to quantize wave functions in various potential wells. solution point side function turning factor wave problem hand minus phase solutions pi things energy equation functions thing cosine momentum From DUNCAN O'DELL 0 plays 0 Usage Rights None (All Rights Reserved)
PHYS4F03_class33 duration 53 minutes 5 seconds PHYS4F03_class33 PHYS4F03_class33	PHYS4F03_class33 Finished the Born approximation and started partial waves (L23ScatteringTheory3_Partial_Waves) wave scattering potential momentum problem plane approximation function energy equation solution field particles theory direction functions amplitude waves form things From DUNCAN O'DELL 3 plays 0
PHYS4F03_class31 duration 49 minutes 15 seconds PHYS4F03_class31 PHYS4F03_class31	PHYS4F03_class31 Studied the Green's function approach to scattering theory (L21ScatteringTheory1) function equation solution green side hand problem wave source potential delta grad theta term space times schrodinger minus scattering fourier From DUNCAN O'DELL 5 plays 0
PHYS3QI3_Class11 duration 49 minutes 51 seconds PHYS3QI3_Class11 PHYS3QI3_Class11	PHYS3QI3_Class11 Finished the set of slides on Operators (covered the rotation operator, Pauli spin matrices, the Schrodinger equation) operator rotation theta matrix spin vector sigma matrices axis sphere operators phi phase pi identity hand bloch half times equation From DUNCAN O'DELL 13 plays 0