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Sequences of Functions, Part 2 duration 23 minutes 55 seconds Sequences of Functions, Part 2 Sequences of Functions, Part 2	Sequences of Functions, Part 2 The second lecture on Sequences of Functions, this one dealing with Uniform Convergence. Please comment below or send me email with any questions or suggestions for additional material or… convergence epsilon functions limit function x. n. graph sequence capital pointwise fn difference cosine values continuity distance amplitude definition interval From Stanley Alama 60 plays 0
Week2-Operations with functions 1 duration 1 hour 42 minutes Week2-Operations with functions 1 Week2-Operations with functions 1	Week2-Operations with functions 1 This lecture is part of MedPhys 4D03 lecture series for the Fall 2020 semester and it provides an introduces the use of convolution and Fourier Transforms pertaining to 1-D and 2-D functions used in… medical physics medical imaging function fourier convolution minus transform functions frequency alpha signal domain times notation delta sine sort cosine image result multiplication naught From Janos Juhasz 41 plays 0
PHYS-4F03-class19 duration 45 minutes 48 seconds PHYS-4F03-class19 PHYS-4F03-class19	PHYS-4F03-class19 Studied the WKB approximation for a particle in a potential well (L15WKB_potential_well) point solution energy turning pi phase half potential function problem side oscillator things cosine momentum region bar sort hand units From DUNCAN O'DELL 11 plays 0
13_Phase Controlled DC Motor Drives1_Part3 duration 9 minutes 18 seconds 13_Phase Controlled DC Motor Drives1_Part3 13_Phase Controlled DC Motor Drives1_Part3	13_Phase Controlled DC Motor Drives1_Part3 beta alpha omega cosine minus pi average armature iat expression ea t. current gamma vat capital period function voltage equals 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
14_Phase Controlled DC Motor Drives2_Part2 duration 5 minutes 51 seconds 14_Phase Controlled DC Motor Drives2_Part2 14_Phase Controlled DC Motor Drives2_Part2	14_Phase Controlled DC Motor Drives2_Part2 alpha pi armature cosine angle voltage omega conduction cycle firing mode half thyristor current equals degrees input model phase times From BERKER BILGIN 96 plays 0
14_Phase Controlled DC Motor Drives2_Part4 duration 8 minutes 47 seconds 14_Phase Controlled DC Motor Drives2_Part4 14_Phase Controlled DC Motor Drives2_Part4	14_Phase Controlled DC Motor Drives2_Part4 omega average expression equals times alpha cosine torque minus ea function k. values iat seconds simulation pi tl expressions speed From BERKER BILGIN 93 plays 0
16_Tutorial_Phase Controlled DC Motor Drive… duration 2 minutes 59 seconds 16_Tutorial_Phase Controlled DC Motor Drive… 16_Tutorial_Phase Controlled DC Motor Drive Problems_Part2	16_Tutorial_Phase Controlled DC Motor Drive Problems_Part2 expression voltage omega alpha armature ea cosine equals waveform average pi averaging mode conduction k. angle firing input function drive From BERKER BILGIN 73 plays 0
16_Tutorial_Phase Controlled DC Motor Drive… duration 3 minutes 20 seconds 16_Tutorial_Phase Controlled DC Motor Drive… 16_Tutorial_Phase Controlled DC Motor Drive Problems_Part4	16_Tutorial_Phase Controlled DC Motor Drive Problems_Part4 alpha expression speed cosine term rpm inverse radians pi equals angle firing problem degrees times parameters left luster purpose tld From BERKER BILGIN 58 plays 0
16_Tutorial_Phase Controlled DC Motor Drive… duration 5 minutes 21 seconds 16_Tutorial_Phase Controlled DC Motor Drive… 16_Tutorial_Phase Controlled DC Motor Drive Problems_Part5	16_Tutorial_Phase Controlled DC Motor Drive Problems_Part5 alpha equals cosine torque load times watts horsepower vm question mode conduction meters average radians omega speed voltage rpm problem From BERKER BILGIN 61 plays 0
07_Clarke Transformation_Part1 duration 3 minutes 8 seconds 07_Clarke Transformation_Part1 07_Clarke Transformation_Part1	07_Clarke Transformation_Part1 phase space theta motor expressions angle rotating windings currents vector lecture omega cosine vectors location mmf definition quantities current position From BERKER BILGIN 353 plays 0
07_Clarke Transformation_Part2 duration 4 minutes 24 seconds 07_Clarke Transformation_Part2 07_Clarke Transformation_Part2	07_Clarke Transformation_Part2 phase space model expression vector currents simulink components degree plots cosine angle omega times seconds period frequency waveforms waveform expressions From BERKER BILGIN 294 plays 0
07_Clarke Transformation_Part3 duration 5 minutes 15 seconds 07_Clarke Transformation_Part3 07_Clarke Transformation_Part3	07_Clarke Transformation_Part3 omega cosine root sine t. term expression equals minus component values times vector space simplifications m. phase components waveform forms From BERKER BILGIN 260 plays 0
07_Clarke Transformation_Part4 duration 7 minutes 16 seconds 07_Clarke Transformation_Part4 07_Clarke Transformation_Part4	07_Clarke Transformation_Part4 phase vector transformation expression space omega components cloud beta alpha component plane term currents model frequency cosine degrees times root From BERKER BILGIN 252 plays 0
08_Park Transformation_Part2 duration 3 minutes 22 seconds 08_Park Transformation_Part2 08_Park Transformation_Part2	08_Park Transformation_Part2 theta length axis e. angle triangle frame reference cosine times a. component beta alpha transformation light psi pi pea aid From BERKER BILGIN 251 plays 0
08_Park Transformation_Part3 duration 2 minutes 53 seconds 08_Park Transformation_Part3 08_Park Transformation_Part3	08_Park Transformation_Part3 theta axis component beta angle cosine alpha sine e. degree times length matrix transformation position d. inverse equals expressions fp From BERKER BILGIN 231 plays 0
24_Tutorial_Induction Motor Equivalent Circuit… duration 5 minutes 5 seconds 24_Tutorial_Induction Motor Equivalent Circuit… 24_Tutorial_Induction Motor Equivalent Circuit Problems_Part2	24_Tutorial_Induction Motor Equivalent Circuit Problems_Part2 power losses rotor input gap kilowatts stator copper iron air motor frequency output factor friction cosine ivan minus anion portion From BERKER BILGIN 68 plays 0
28_Tutorial_Induction Motor Control Problems_Part5 duration 5 minutes 22 seconds 28_Tutorial_Induction Motor Control Problems_Part5 28_Tutorial_Induction Motor Control Problems_Part5	28_Tutorial_Induction Motor Control Problems_Part5 load impedance power times component factor voltage exam ratio phase root equals expression degrees cosine angle theta naught current magnetizing From BERKER BILGIN 69 plays 0
30_Synchronous Motor Drives1_Part5 duration 8 minutes 35 seconds 30_Synchronous Motor Drives1_Part5 30_Synchronous Motor Drives1_Part5	30_Synchronous Motor Drives1_Part5 flux linkage voltage phase degree position rotor theta lambda cycle times cosine pairs waveform oscillations function shift windings angle load From BERKER BILGIN 86 plays 0
31_Synchronous Motor Drives2_Part1 duration 5 minutes 42 seconds 31_Synchronous Motor Drives2_Part1 31_Synchronous Motor Drives2_Part1	31_Synchronous Motor Drives2_Part1 phase voltage flux load linkage currents angle cosine rotor motor gap air axis torque characteristics power degree function emf waveforms From BERKER BILGIN 88 plays 0
32_Clarke_Park_Transformations_Part1 duration 6 minutes 30 seconds 32_Clarke_Park_Transformations_Part1 32_Clarke_Park_Transformations_Part1	32_Clarke_Park_Transformations_Part1 phase space vector currents position components expression cosine omega angle waveforms cycle end magnitude windings milliseconds simulation sine t. frequency From BERKER BILGIN 99 plays 0
32_Clarke_Park_Transformations_Part2 duration 5 minutes 3 seconds 32_Clarke_Park_Transformations_Part2 32_Clarke_Park_Transformations_Part2	32_Clarke_Park_Transformations_Part2 expression omega vector cosine space sine t. plane phase degree frequency root times term expressions values angles circle radius amplitude From BERKER BILGIN 79 plays 0
32_Clarke_Park_Transformations_Part6 duration 7 minutes 17 seconds 32_Clarke_Park_Transformations_Part6 32_Clarke_Park_Transformations_Part6	32_Clarke_Park_Transformations_Part6 axis phase transformation angle beta theta length component e. currents alpha magnitude current matrix sine degree cosine position analysis output From BERKER BILGIN 78 plays 0
33_PMSM_Torque_Voltage_Equations_Part5 duration 5 minutes 45 seconds 33_PMSM_Torque_Voltage_Equations_Part5 33_PMSM_Torque_Voltage_Equations_Part5	33_PMSM_Torque_Voltage_Equations_Part5 theta cosine sine expression transformation matrix element times elements minus frame result park relationships property circuit theta-2 theta-1 terabytes form From BERKER BILGIN 72 plays 0