Search for tag: "omega"

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Scanned Notes with Voiceover duration 30 seconds Scanned Notes with Voiceover Scanned Notes with Voiceover	Scanned Notes with Voiceover domain omega phasor field frequency quantity method quantities sinusoidal fact answer groups approaches hft exponents t. tv From Roshan Bashar 4 plays 0
02_IdentPtcl_SHO duration 1 hour 0 minutes 02_IdentPtcl_SHO 02_IdentPtcl_SHO	02_IdentPtcl_SHO Physics 4Q03 Lecture 02. This lecture describes several issues associated with multiple-particle states in quantum mechanics, including the classification of all particles as bosons or fermions and… particles particle momentum energy position operators star things operator omega hamiltonian space thing mechanics psi basis function quantum momenta eigenstates From Clifford Burgess 156 plays 0
09-CoherentState duration 59 minutes 32 seconds 09-CoherentState 09-CoherentState	09-CoherentState Physics 4Q03 Lecture 09: This lecture introduces coherent states, and derives them as the eigenstates to which a bosonic system is often driven in the presence of persistent stimulated emission. The… alpha star energy thing particles photons photon times ground particle theory omega momentum sum hamiltonian field perturbation bar distribution infinity From Clifford Burgess 85 plays 0
16-MaxwellsEqs duration 1 hour 2 minutes 16-MaxwellsEqs 16-MaxwellsEqs	16-MaxwellsEqs Physics 4Q03 Lecture 16: This lecture provides a whirlwind review of Maxwell's equations and their solutions in terms of electromagnetic waves. This allows an introduction to gauge invariance… equation field equations wave solution phi things fields divergence thing solutions vector curl freedom hand omega gauge side electromagnetism region From Clifford Burgess 67 plays 0
15_BLDC Control 2_Part2 duration 12 minutes 52 seconds 15_BLDC Control 2_Part2 15_BLDC Control 2_Part2	15_BLDC Control 2_Part2 segment s1 equals s4 minus degrees s5 stage s3 inverter voltage cycle omega s6 condition fun model pattern bit instances From BERKER BILGIN 29 plays 0
34_PMSM_Torque_Voltage_Equations_FOC_Part4 duration 4 minutes 41 seconds 34_PMSM_Torque_Voltage_Equations_FOC_Part4 34_PMSM_Torque_Voltage_Equations_FOC_Part4	34_PMSM_Torque_Voltage_Equations_FOC_Part4 transformations phase lambda axis flux iq voltages torque times transformation linkages inductance linkage dx omega pairs pole rotor motor amps From BERKER BILGIN 70 plays 0
35_Practice Problem_Solutions_Part3 duration 6 minutes 33 seconds 35_Practice Problem_Solutions_Part3 35_Practice Problem_Solutions_Part3	35_Practice Problem_Solutions_Part3 iq lambda omega voltage times axis rpm phase degrees vd torque angle volts pairs pole current question vector minus magnet From BERKER BILGIN 6 plays 0
35_Practice Problem_Solutions_Part4 duration 7 minutes 53 seconds 35_Practice Problem_Solutions_Part4 35_Practice Problem_Solutions_Part4	35_Practice Problem_Solutions_Part4 iq torque phase omega axis times rpm voltage degrees angle amps volts meters lambda vd vector sid pairs pole magnitude From BERKER BILGIN 3 plays 0
PHYS739_Propagator3 duration 1 hour 15 minutes PHYS739_Propagator3 PHYS739_Propagator3	PHYS739_Propagator3 We calculated the propagator for the simple harmonic oscillator using the Feynman path integral approach. path sine omega minus things thing delta action prime piece phi term times function x. points mechanics position oscillator cos From DUNCAN O'DELL 1 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
PHYS739_approximation_Methods4 duration 1 hour 33 minutes PHYS739_approximation_Methods4 PHYS739_approximation_Methods4	PHYS739_approximation_Methods4 Generalized our treatment of first order transitions to include a slow switch on of the perturbation. energy function times things thing bar width delta particle nucleus size momentum probability rate density omega box energies transition angle From DUNCAN O'DELL 2 plays 0 Usage Rights None (All Rights Reserved)
12_Tutorial_DC Motor Problems_Part1 duration 5 minutes 32 seconds 12_Tutorial_DC Motor Problems_Part1 12_Tutorial_DC Motor Problems_Part1	12_Tutorial_DC Motor Problems_Part1 motor speed meters circuit amps omega ea armature torque dc ia load volts rpm radians times phi manager ohms magnet From BERKER BILGIN 103 plays 0
11_DC Motor Excitation Types2_Part1 duration 4 minutes 40 seconds 11_DC Motor Excitation Types2_Part1 11_DC Motor Excitation Types2_Part1	11_DC Motor Excitation Types2_Part1 field armature circuit series motor voltage current circuits windings motors inductance speed lot function expression eq omega ea emf equals From BERKER BILGIN 86 plays 0
04_Mechanical Systems_Part2 duration 7 minutes 31 seconds 04_Mechanical Systems_Part2 04_Mechanical Systems_Part2	04_Mechanical Systems_Part2 load torque motor inertia speed side omega friction ratio gear characteristics coefficient difference n1 n2 times power moment shaft omega1 From BERKER BILGIN 135 plays 0
06_Electromechanical Energy Conversion_Part3 duration 10 minutes 51 seconds 06_Electromechanical Energy Conversion_Part3 06_Electromechanical Energy Conversion_Part3	06_Electromechanical Energy Conversion_Part3 energy expression linkage flux lambda position times theta conversion power function omega torque change side coil field delta core rate From BERKER BILGIN 112 plays 0
14_Phase Controlled DC Motor Drives2_Part1 duration 7 minutes 23 seconds 14_Phase Controlled DC Motor Drives2_Part1 14_Phase Controlled DC Motor Drives2_Part1	14_Phase Controlled DC Motor Drives2_Part1 voltage armature cycle pi input omega mode conduction half cosine phase current circuit rectifier motor equals conduct torque operation average From BERKER BILGIN 115 plays 0
18_Control of DC Machines using DC-DC… duration 10 minutes 42 seconds 18_Control of DC Machines using DC-DC… 18_Control of DC Machines using DC-DC converters2_Part1	18_Control of DC Machines using DC-DC converters2_Part1 expression voltage omega times motor series armature torque expressions field parameters equations max term inductance period switching input switch volts From BERKER BILGIN 96 plays 0
10_DC Motor Excitation Types1_Part2 duration 5 minutes 6 seconds 10_DC Motor Excitation Types1_Part2 10_DC Motor Excitation Types1_Part2	10_DC Motor Excitation Types1_Part2 circuit expression speed field armature increase flux saturation core resistance ea density reluctance omega voltage b. age relationship mmf circuits From BERKER BILGIN 86 plays 0
22_Equivalent Circuit of Induction Motors_Part1 duration 6 minutes 28 seconds 22_Equivalent Circuit of Induction Motors_Part1 22_Equivalent Circuit of Induction Motors_Part1	22_Equivalent Circuit of Induction Motors_Part1 rotor speed frequency stator circuit induction voltage equals torque times slip field resistance transformer voltages omega ns motor magnetic current From BERKER BILGIN 99 plays 0
12_Tutorial_DC Motor Problems_Part2 duration 6 minutes 6 seconds 12_Tutorial_DC Motor Problems_Part2 12_Tutorial_DC Motor Problems_Part2	12_Tutorial_DC Motor Problems_Part2 power input armature times output motor kilowatts field currents current circuit torque efficiency voltage horsepower equals amps watts omega f2 From BERKER BILGIN 73 plays 0
12_Tutorial_DC Motor Problems_Part4 duration 6 minutes 13 seconds 12_Tutorial_DC Motor Problems_Part4 12_Tutorial_DC Motor Problems_Part4	12_Tutorial_DC Motor Problems_Part4 times torque amps omega load speed volts ea condition equals armature rpm motor pi radians current minus emf meters newton From BERKER BILGIN 80 plays 0
23_Torque Speed Characteristics of Induction… duration 4 minutes 27 seconds 23_Torque Speed Characteristics of Induction… 23_Torque Speed Characteristics of Induction Motors_Part1	23_Torque Speed Characteristics of Induction Motors_Part1 power speed times prime omega gap torque air circuit s. rotor characteristics v1 x1 r1 branch input minus function expression From BERKER BILGIN 72 plays 0
13_Phase Controlled DC Motor Drives1_Part2 duration 7 minutes 33 seconds 13_Phase Controlled DC Motor Drives1_Part2 13_Phase Controlled DC Motor Drives1_Part2	13_Phase Controlled DC Motor Drives1_Part2 voltage omega armature input speed angle torque model firing emf thyristor beta sinusoidal alpha cycle half pulse t. pi minus From BERKER BILGIN 119 plays 0
25_Speed Control in Induction Motors_Part1 duration 5 minutes 45 seconds 25_Speed Control in Induction Motors_Part1 25_Speed Control in Induction Motors_Part1	25_Speed Control in Induction Motors_Part1 torque speed characteristics voltage stator rotor slip induction control power resistance motor copper pull omega equation frequency gap air load From BERKER BILGIN 73 plays 0