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Text: Question C xp5_S2017.pdf Canvas Ebates Rent Electricity Water Highway Time Warner Pre-Laboratory Assignments MA214 CS215 CS215 Pol Reference the circuit shown in Figure 1. The phase relation is leading. Calculate the time-average power delivered to the load made up of R2 and L1. Explain the relationship between the apparent power, time average power, and the reactive power calculated in 2 above. FIG 1: RL CIRCUIT Vs = lcos(tf) = 5.0kHz, R1 = 100, R2 = 68, L1 = 1mH Reference the circuit shown in Figure. Calculate the resonant frequency. Calculate phasor voltage Vo and applied frequency. Calculate the complex power. HzR1 = Ik - 470C - 0.1F Auanb Set the frequency and amplitude as defined. Measure Vo, VR2, and phase using the scope. Using these measurements, analyze the circuit. F3 RL CIRCUIT Vy = lcos(tf) = 10kHz, R1 = 100, R2 = 68, L1 = 1mH, C1 = 0.1F Exp. Page 1 of 2

          Text: Question C
xp5_S2017.pdf Canvas Ebates Rent Electricity Water Highway Time Warner Pre-Laboratory Assignments
MA214 CS215 CS215 Pol
Reference the circuit shown in Figure 1.
The phase relation is leading. Calculate the time-average power delivered to the load made up of R2 and L1.
Explain the relationship between the apparent power, time average power, and the reactive power calculated in 2 above.
FIG 1: RL CIRCUIT
Vs = lcos(t*f) = 5.0kHz, R1 = 100, R2 = 68, L1 = 1mH
Reference the circuit shown in Figure.
Calculate the resonant frequency. Calculate phasor voltage Vo and applied frequency. Calculate the complex power.
HzR1 = Ik - 470C - 0.1F
Auanb
Set the frequency and amplitude as defined. Measure Vo, VR2, and phase using the scope. Using these measurements, analyze the circuit.
F3 RL CIRCUIT
Vy = lcos(t*f) = 10kHz, R1 = 100, R2 = 68, L1 = 1mH, C1 = 0.1F
Exp.
Page 1 of 2

question c xp5s2017pdf canvas ebatesrent electncitywater bthighway time warmer pre laboratoryassignments ma214cs215cs215pol reference the circuit shown in figure 1 the phase relatior n is l 87552

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