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 ValuesFor this part of the experiment, calculate the data needed in the table below based on the circuitshown above.ZTotal (ohms)ITotal (RMS)VR (RMS)Vc (RMS)FreqXc (ohms)R(Hz)magmagX (ohms)anglemag (V)| angle(V)angle(ohms)(mA)500- 3183.098710K- j3183.09872.2869| 17.656822.869017.6568 7.2795 | -72.34321000-1591.549410K-j1591.5494 | 2.37029.043123.7020 9.04313.7794-80.95692000-795.774710K-j795.77472.39244.549923.92404.54991.9038-85.45014000-397.887410K-j397.88742.39812.278523.9810 2.27850.9542-87.72158000-198.943710K-j198.94372.39951.139723.99501.13970.4774-88.8603Part 2: Measured ValuesFor this part of the experiment, measure the values needed on the table below through thesimulation on Multisim Live.ITotalZTotal (ohms)VR (RMS)Vc (RMS)Freq(RMS)Xc (ohms)(Hz)Rmag (mA)X (ohms)mag (V)mag (V)(ohms)500-3183.098710K-j3183. 09872.287622.8767.25831000-1591.549410K-j1591.54942.370423.7043.76042000-795.774710K-j795.77472.392523.9251.89784000-397.887410K-j397.88742.398123.9810.95118000-198.943710K-j198.94372.399523.9950.4758

Answered: Image /qna-images/answer/8383a61e-18c4-4a52-a242-f831fb693cc9.jpg

(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

Power System Analysis and Design (MindTap Course List)

6th Edition

ISBN:9781305632134

Author:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma

Publisher:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma

Chapter2: Fundamentals

Section: Chapter Questions

Problem 2.1MCQ: The rms value of v(t)=Vmaxcos(t+) is given by a. Vmax b. Vmax/2 c. 2Vmax d. 2Vmax

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