Introductory Circuit Analysis (13th Edition)
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Author: Robert L. Boylestad
Publisher: PEARSON
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Find the phasors for the current and the voltages for the circuit shown in Figure P5.45. Construct a phasor diagram showing Vs, I, VR, and VC. What is the phase relationship between Vs and I
Transcribed Image Text:1000 2
UR
v,(1) =
10 cos(5001)
<2 µF
vc
Figure P5.45
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- Determine the initial and final conditions for thecircuit of Figure P5.29.arrow_forwardConsider a circuit with a pull-down resistor in parallel to a component. Compare a resistor with higher resistance value to a resistor with lower resistance value in the parallel path. Which resistor value will pull down the potential more, relative to ground, at the high side of the component? They will pull the potential di [ Select] They will pull the potential down equally, because resistors in series have equal voltage across them, regardless of resistance value. The lower-value resistor. There is not enough information to correctly answer this question. The higher-value resistor.arrow_forwardP5.43. Compute the complex impedance of the net- work shown in Figure P5.43 for w = 500. Repeat for w = 1000 and w = 2000. Give the answers in both polar and rectangular forms. 10 μ 100 mH 100 2 Figure P5.43arrow_forward
- I dont understand phase shift and lags?arrow_forwardRefer to Figure P5.11. Find the value of K₁ and K₂ that will result in a step response with a peak value of 1.5 sec. and a settling time of 3 sec. R(s) K₁ 30 s(s+2) K2s C(s)arrow_forwardP5.45. Find the phasors for the current and the voltages for the circuit shown in Figure P5.45. Construct a phasor diagram showing V₁, I, VR, and Vc. What is the phase relationship between V, and I? S v₂(t) = 10 cos(500r) + + 1000 Ω www VR i Figure P5.45 + VC 2 μF ciples Tarrow_forward
- Solve for the mesh currents shown in Figure P5.54.arrow_forwardfor a resistance and capicitance in a series with a voltage source, show that it is possible to draw a phasor diagram for the current and all voltages from magnitude measurment of these quantities only .illustrate your answer graphicallyarrow_forwardAfter transforming AC sources to Phasors and representing passive components in impedance, the AC circuits are equivalent to DC circuits, since the voltage (in Phasor forms, V ), the current (in Phasor forms, I), and the impedance (Z) are related by a linear equation, i.e., V=I-Z Thus, all DC circuit analysis methods are still applicable. Consider the circuit below, what is the voltage on the capacitor V¿? (Represent the result in ww the Polar form) O 10/45° O 7.07/0°V O 8.75/30° O 15.25/67.78" + V_s 10/45° R 100 Ω + V C -100jnarrow_forward
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