If the real part is plotted on the X-axis and the imaginary part is plotted on ... The following definition of a linear system is taken from Signals and ...
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Positive: 26 %

j is the imaginary unit, L is the inductance, ... of the current in the wire must be taken into ... computed by drawing a surface containing the axis:
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Positive: 23 %

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... 2012 LectureCare Electrical Power No Comment Inductance & Inductive ... Electrical Power, ... time domain along an horizontal zero axis, ...
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Positive: 26 %

Now consider the imaginary loop c that is ... the inductance of a solenoid ... The presence of a core can be taken into account in the above ...
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Positive: 21 %

Do complex numbers really exist? ... taken literally and interpreted according to ... you introduce an imaginary axis because your imaginary number ...
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Positive: 7 %

Phase. When capacitors or ... The usual reference for zero phase is taken to be the positive x-axis and is associated with the resistor since the voltage ...
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Positive: 10 %

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... 2006, Carbajal, Is Time the imaginary number? Is Time the imaginary ... that must be taken into ... imaginary axis at a right angle to the ...
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Positive: 26 %

Mutual and Self Inductance. ... of the path taken to get ... gives us some insight in to why the magnetic force on a moving charge is ...
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Positive: 25 %

... a Bode plot / ˈ b oʊ d i / is a graph ... calculates the magnitude of the transfer function along the imaginary axis ... be taken that the inverse ...
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Positive: 20 %

... jXC Thus reactance may be due to Inductance L ... why would one use direct axis reactance rather than quadrature axis ... What is reactance emf in DC ...
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Positive: 13 %

Mutual Inductance Calculation of Movable Planar ... axis of secondary winding., ,, ... The current density distribution is taken into account and
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Positive: 3 %

... Inductive reactance appears on the positive imaginary axis, ... a series circuit with an inductance of 10.000 ... Why we use j in the impedance of a ...
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Positive: 10 %

... mostly parallel to their common axis, ... ω 0 < γ , implying that ω ' is imaginary ... this argument gives us some insight in to why the magnetic ...
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26 %