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competing circuit designs given figure shows the step responses vct of two competing series rlc circuits from two
find the equivalent impedance z in given figure when omega 50 krads what two elements r l andor c could be used to
find the equivalent impedance z in given figureif omega 10 krads what two elements r l andor c could be used to
1 given a sinusoid v1nbspt whose phasor is v1nbsp 4 - j 3 v use phasor methods to find a voltage v2nbspt that lags
1 given the sinusoids v1t 250 cos omegat - 45deg v and v2t 750 sin omegatv use the additive property of phasors to
use the phasors below and the additive property to find the sinusoidal waveforms v3t v1t -v2t and i3t 2i1t
the sum of the two voltage phasors shown in given figure is v3if the frequency is 60 hz write the sum in the time
transform the following sinusoids into phasor form and draw a phasor diagram use the additive property of phasors to
the circuit in given figure is operating at 1000 radssimulate the circuit in multisim and find the three branch
the circuit in figure is operating with omega 20 kradsa find the phasor outputs vonbspand ionbspin given figure when
consider the waveform in given figurea write an expression for the waveform ft using step functionsb use the
for the following waveformft 500 100e-500t t cos 1000t uta find the laplace transform of the waveform locate the
use the sum of residues to find the unknown residue in the following expansion then find the inverse transform of the
use matlab to find the inverse transform and plot the poles and zeros of the following functionfs 500ss2 30s 400s
use matlab to find the inverse transform and plot the poles and zeros of the following functionfs 500s3 2s2 s 2ss3
find the transform f s from the pole-zero diagram of given figurek is 5 times 106use matlab to find the corresponding
use the laplace transformation to find the v t that satisfies the following first-order differential equationsa
the switch in figure p9-46 has been closed for a long time and is opened at t 0 the circuit parameters are r 50 omega
the switch in given figure has been open for a long time at t 0 the switch is closeda find the differential equation
repeat given problem for the input waveform vst 169 cos 377t u t v use matlab to plot the result validate your results
the switch in figure p9-46 has been open for a long time and is closed at t 0 the circuit parameters are r 10 komega
a body of weight 196n is connected to a spring and distances covered by it is 6cm find the spring constant amplitude
a table with smooth horizontal surface is placed in a cabin which moves in a circle of a large radius r figure 7-e5 a