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i(t) R Vs ( v(t) 3L Resistor Value Inductor Value R 12 2 L 3 H Given vs(t)=6 cos(3 t +25°) V Magnitude Phase Angle (rad) Find V as a polar phasor: Find I as a polar phasor: Enter the time-domain expression v(t)= | V Enter the time-domain expression i(t)= A (units for phase shift should be radians) |

i(t) R Vs ( v(t) 3L Resistor Value Inductor Value R 12 2 L 3 H Given vs(t)=6 cos(3 t +25°) V Magnitude Phase Angle (rad) Find V as a polar phasor: Find I as a polar phasor: Enter the time-domain expression v(t)= | V Enter the time-domain expression i(t)= A (units for phase shift should be radians) |

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i(t) R + Vs v(t) L - Resistor Value Inductor Value R 12 2 L 3 H Given vs(t)=6 cos(3 t +25°) V Magnitude Phase Angle (rad) Find V as a polar phasor: Find I as a polar phasor: Enter the time-domain expression v(t)= V Enter the time-domain expression i(t)= A (units for phase shift should be radians)
Transcribed Image Text:i(t) R + Vs v(t) L - Resistor Value Inductor Value R 12 2 L 3 H Given vs(t)=6 cos(3 t +25°) V Magnitude Phase Angle (rad) Find V as a polar phasor: Find I as a polar phasor: Enter the time-domain expression v(t)= V Enter the time-domain expression i(t)= A (units for phase shift should be radians)
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