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ProblemsClear skill: Frequency Response Build a practice set

ProblemCourse & topicStatus

CIR:9909051Mathematical problem title

Frequency ResponseCircuits 2 Problem Solving

Circuit transfer functions, poles, zeros, and Bode synthesisCircuits II · Calculation

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CIR:9909052Mathematical problem title

Frequency ResponseCircuits 2 Problem Solving

Circuit transfer functions, poles, zeros, and Bode synthesisCircuits II · Calculation

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CIR:9909053Mathematical problem title

Frequency ResponseCircuits 2 Problem Solving

Circuit transfer functions, poles, zeros, and Bode synthesisCircuits II · Calculation

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CIR:9909054Mathematical problem title

Frequency ResponseCircuits 2 Problem Solving

Circuit transfer functions, poles, zeros, and Bode synthesisCircuits II · Calculation

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CIR:9909055Mathematical problem title

Frequency ResponseCircuits 2 Problem Solving

Circuit transfer functions, poles, zeros, and Bode synthesisCircuits II · Calculation

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CIR:9909056Mathematical problem title

Frequency ResponseCircuits 2 Problem Solving

Circuit transfer functions, poles, zeros, and Bode synthesisCircuits II · Calculation

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CIR:9909057Mathematical problem title

Frequency ResponseCircuits 2 Problem Solving

Circuit transfer functions, poles, zeros, and Bode synthesisCircuits II · Calculation

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CIR:9909058Mathematical problem title

Frequency ResponseCircuits 2 Problem Solving

Circuit transfer functions, poles, zeros, and Bode synthesisCircuits II · Calculation

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CIR:9909059Mathematical problem title

Frequency ResponseCircuits 2 Problem Solving

Circuit transfer functions, poles, zeros, and Bode synthesisCircuits II · Calculation

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CIR:9909060Mathematical problem title

Frequency ResponseCircuits 2 Problem Solving

Circuit transfer functions, poles, zeros, and Bode synthesisCircuits II · Calculation

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CIR:9909061A two-terminal linear element has been operating in the sinusoidal steady state for a long time.

Frequency ResponseCircuits 2 Problem Solving

Circuit transfer functions, poles, zeros, and Bode synthesisCircuits II · Calculation

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CIR:9909062A single mesh contains, in clockwise order starting from the lower-left corner, an independent voltage source, a…

Frequency ResponseCircuits 2 Problem Solving

Circuit transfer functions, poles, zeros, and Bode synthesisCircuits II · Calculation

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CIR:9909063Mathematical problem title

Frequency ResponseCircuits 2 Problem Solving

Circuit transfer functions, poles, zeros, and Bode synthesisCircuits II · Calculation

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CIR:9909064A planar two-window ladder has a common bottom ground rail of zero impedance.

Frequency ResponseCircuits 2 Problem Solving

Circuit transfer functions, poles, zeros, and Bode synthesisCircuits II · Calculation

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CIR:9909065Mathematical problem title

Frequency ResponseCircuits 2 Problem Solving

Circuit transfer functions, poles, zeros, and Bode synthesisCircuits II · Calculation

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CIR:9909066An upper rail p and a lower rail n are joined by three parallel branches.

Frequency ResponseCircuits 2 Problem Solving

Circuit transfer functions, poles, zeros, and Bode synthesisCircuits II · Calculation

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CIR:9909067Mathematical problem title

Frequency ResponseCircuits 2 Problem Solving

Circuit transfer functions, poles, zeros, and Bode synthesisCircuits II · Calculation

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CIR:9909068A connected network between terminals a and b consists of exactly five branches and two internal nodes c and d…

Frequency ResponseCircuits 2 Problem Solving

Circuit transfer functions, poles, zeros, and Bode synthesisCircuits II · Calculation

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CIR:9909069Mathematical problem title

Frequency ResponseCircuits 2 Problem Solving

Circuit transfer functions, poles, zeros, and Bode synthesisCircuits II · Calculation

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CIR:9909070Mathematical problem title

Frequency ResponseCircuits 2 Problem Solving

Circuit transfer functions, poles, zeros, and Bode synthesisCircuits II · Calculation

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CIR:9909071Mathematical problem title

Frequency ResponseCircuits 2 Problem Solving

Circuit transfer functions, poles, zeros, and Bode synthesisCircuits II · Calculation

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CIR:9909072A network has reference node 0 and two further nodes A and B.

Frequency ResponseCircuits 2 Problem Solving

Circuit transfer functions, poles, zeros, and Bode synthesisCircuits II · Calculation

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CIR:9909073A network has reference node 0 and three further nodes A, B, and C.

Frequency ResponseCircuits 2 Problem Solving

Circuit transfer functions, poles, zeros, and Bode synthesisCircuits II · Calculation

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CIR:9909074A network has reference node 0 and two further nodes 1 and 2.

Frequency ResponseCircuits 2 Problem Solving

Circuit transfer functions, poles, zeros, and Bode synthesisCircuits II · Calculation

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Showing 24 of 50 matching problems.

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A single loop contains, in series, an independent DC voltage source

v_s=30.0\,\mathrm{V}

(positive terminal at…

For t<0 an independent DC voltage source of

24.0\,\mathrm{V}

is connected from the reference node n to node a…

A series loop contains a resistance R, an inductor

L=1.00\,\mathrm{H}

, and a capacitor

C=\frac{1}{4}\,\mathrm{F}

.

A source-free series loop of

R=4.00\,\Omega

,

L=1.00\,\mathrm{H}

, and

C=\frac{1}{13}\,\mathrm{F}

starts from…

A source-free series loop of

R=2.00\,\Omega

,

L=1.00\,\mathrm{H}

, and

C=\frac{1}{5}\,\mathrm{F}

has…

A source-free parallel combination of

R=100\,\Omega

,

L=50.0\,\mathrm{mH}

, and

C=5.00\,\mu\mathrm{F}

has common…

A source-free series loop of

R=8.00\,\Omega

,

L=2.00\,\mathrm{H}

, and

C=\frac{1}{8}\,\mathrm{F}

starts from…

A series loop contains an inductor

L=1.00\,\mathrm{H}

, a capacitor

C=\frac{1}{25}\,\mathrm{F}

, and a…

A series loop is driven by a DC voltage source

v_s

that is zero for t<0 and equal to

40.0\,\mathrm{V}

for

t\ge

0.

A source-free parallel combination of

R=12.0\,\Omega

,

R=100\,\Omega

, and

C=\frac{1}{48}\,\mathrm{F}

has…

Three branches join an upper node a to a reference node 0: a resistor

R=20.0\,\Omega

, an inductor…

A driving-point network between terminals a and b operates at

\omega=5000\,\mathrm{rad/s}

.

A series connection of

R=20.0\,\Omega

,

L=8.00\,\mathrm{mH}

, and

C=50.0\,\mu\mathrm{F}

is placed in parallel with a…

The periodic voltage

v(t)=15.0+20.0\cos(100\pi t)+8.00\sin(100\pi t)\,\mathrm{V}

, with

t

in seconds, is…

A current

i(t)=3.00+4.00\cos(200t)+2.00\cos(600t-45^\circ)\,\mathrm{A}

, with

t

in seconds, enters the…

A cosine-referenced peak voltage phasor

\mathbf{V}=170\angle

-25.0^\circ\,\mathrm{V}

is applied at…