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(ohms) X (ohms) angle mag (V) angle (V) angle (mA) 500 - 3183.0987 10K - j3183.0987 2.2869 17.6568 22.8690 17.6568 7.2795 -72.3432 1000 -1591.5494 10K -j1591.5494 2.3702 9.0431 23.7020 9.0431 3.7794 -80.9569 2000 -795.7747 10K -j795.7747 2.3924 4.5499 23.9240 4.5499 1.9038 -85.450. 4000 -397.8874 10K -j397.8874 2.3981 2.2785 23.9810 2.2785 0.9542 -87.7215 8000 -198.9437 10K -j198.9437 2.3995 1.1397 23.9950 1.1397 0.4774 -88.860

(ohms) X (ohms) angle mag (V) angle (V) angle (mA) 500 - 3183.0987 10K - j3183.0987 2.2869 17.6568 22.8690 17.6568 7.2795 -72.3432 1000 -1591.5494 10K -j1591.5494 2.3702 9.0431 23.7020 9.0431 3.7794 -80.9569 2000 -795.7747 10K -j795.7747 2.3924 4.5499 23.9240 4.5499 1.9038 -85.450. 4000 -397.8874 10K -j397.8874 2.3981 2.2785 23.9810 2.2785 0.9542 -87.7215 8000 -198.9437 10K -j198.9437 2.3995 1.1397 23.9950 1.1397 0.4774 -88.860

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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Describe what happens to the current in this RC series circuit as the frequency increases. Explain in general terms why the observed change should occur. (5 sentences)
Part 1: Computed Values For this part of the experiment, calculate the data needed in the table below based on the circuit shown above. ZTotal (ohms) ITotal (RMS) VR (RMS) Vc (RMS) Freq Xc (ohms) R (Hz) mag mag X (ohms) angle mag (V)| angle (V) angle (ohms) (mA) 500 - 3183.0987 10K - j3183.0987 2.2869| 17.6568 22.8690 17.6568 7.2795 | -72.3432 1000 -1591.5494 10K -j1591.5494 | 2.3702 9.0431 23.7020 9.0431 3.7794 -80.9569 2000 -795.7747 10K -j795.7747 2.3924 4.5499 23.9240 4.5499 1.9038 -85.4501 4000 -397.8874 10K -j397.8874 2.3981 2.2785 23.9810 2.2785 0.9542 -87.7215 8000 -198.9437 10K -j198.9437 2.3995 1.1397 23.9950 1.1397 0.4774 -88.8603 Part 2: Measured Values For this part of the experiment, measure the values needed on the table below through the simulation on Multisim Live. ITotal ZTotal (ohms) VR (RMS) Vc (RMS) Freq (RMS) Xc (ohms) (Hz) R mag (mA) X (ohms) mag (V) mag (V) (ohms) 500 -3183.0987 10K -j3183. 0987 2.2876 22.876 7.2583 1000 -1591.5494 10K -j1591.5494 2.3704 23.704 3.7604 2000 -795.7747 10K -j795.7747 2.3925 23.925 1.8978 4000 -397.8874 10K -j397.8874 2.3981 23.981 0.9511 8000 -198.9437 10K -j198.9437 2.3995 23.995 0.4758
Transcribed Image Text:Part 1: Computed Values For this part of the experiment, calculate the data needed in the table below based on the circuit shown above. ZTotal (ohms) ITotal (RMS) VR (RMS) Vc (RMS) Freq Xc (ohms) R (Hz) mag mag X (ohms) angle mag (V)| angle (V) angle (ohms) (mA) 500 - 3183.0987 10K - j3183.0987 2.2869| 17.6568 22.8690 17.6568 7.2795 | -72.3432 1000 -1591.5494 10K -j1591.5494 | 2.3702 9.0431 23.7020 9.0431 3.7794 -80.9569 2000 -795.7747 10K -j795.7747 2.3924 4.5499 23.9240 4.5499 1.9038 -85.4501 4000 -397.8874 10K -j397.8874 2.3981 2.2785 23.9810 2.2785 0.9542 -87.7215 8000 -198.9437 10K -j198.9437 2.3995 1.1397 23.9950 1.1397 0.4774 -88.8603 Part 2: Measured Values For this part of the experiment, measure the values needed on the table below through the simulation on Multisim Live. ITotal ZTotal (ohms) VR (RMS) Vc (RMS) Freq (RMS) Xc (ohms) (Hz) R mag (mA) X (ohms) mag (V) mag (V) (ohms) 500 -3183.0987 10K -j3183. 0987 2.2876 22.876 7.2583 1000 -1591.5494 10K -j1591.5494 2.3704 23.704 3.7604 2000 -795.7747 10K -j795.7747 2.3925 23.925 1.8978 4000 -397.8874 10K -j397.8874 2.3981 23.981 0.9511 8000 -198.9437 10K -j198.9437 2.3995 23.995 0.4758
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