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Calculate VR, VL and VC knowing VS is 3V at 60Hz. Calculate the resonant frequency, and then use this frequency to re-calculate VR, VL and VC for it. 2.5 mH 0.25 μF 60 Hz
8) Calculate the following for the below circuit: a. Vs b. I d. Vr: e. Vc. 50 mH ,0)170 cos( 377t) V ( 50Ω UR 100 uF
Experimental: Freq (Hz) VL+RL (V) VR(V) VC(V) 600 0.167 0.249 1.09 700 0.228 0.229 1.123 800 0.302 0.352 1.158 900 0.398 0.417 1.217 1000 0.504 0.481 1.263 1100 0.626 0.547 1.305 1200 0.763 0.613 1.342 1300 0.905 0.674 1.361 1400 1.042 0.723 1.356 1500 1.163 0.754 1.322 1600 1.261 0.768 1.246 1700 1.326 0.761 1.177 1800 1.363 0.741 1.081 1900 1.375 0.71 0.982 2000 1.375 0.675 0.887 2100 1.364 0.639 0.799 2200 1.348 0.603 0.721 2300 1.33 0.569 0.65 2400...
find the current i and the voltages vr and vl in flphaser form Electrical Engineering Dpt. UQU Circuit Analysis - (8021010) Chapter#15 R = 80 X = 60 000 1# Find the current I and the voltages VRand Vlin phasor form. E = 100 V ZO
For the circuit shown below, find the equation for Vc(t) for t > 0 Draw the following circuits: T =0 T = 0+ R_th 1. For the circuit shown in Figure 1 below, find the equation for vc(t) fort>0. Extra Credit: Find the time constant (T) and indicate how long it will take to fully discharge the capacitor voltage. Hint: You have to draw the following circuits at: t=0-, t=0+, RTH too 2 + W 3r - Velt) 24 9A...
Problem 2. An experiment with an RC-circuit shown in the VR(I) figure is conducted. The experiment starts by closing the switch S and measuring the resistor voltages Vg every 4 seconds. The data R (5 MO) measured in the experiment is: t(s) 2 10 14 18 22 6 Vr(V) 9.75 6.6 4.54 2.85 2.15 1.46 (a) Obtain the resistor voltage at t = 7.35s using the 2"nd. and 3rd-order Newton's Interpolation formulation. Order the points so that they are as...
Problem 2. An experiment with an RC-circuit shown in the VR(I) figure is conducted. The experiment starts by closing the switch S and measuring the resistor voltages Vg every 4 seconds. The data R (5 MO) measured in the experiment is: t(s) 2 10 14 18 22 6 Vr(V) 9.75 6.6 4.54 2.85 2.15 1.46 (a) Obtain the resistor voltage at t = 7.35s using the 2"nd. and 3rd-order Newton's Interpolation formulation. Order the points so that they are as...
Question 4 19 pts (TCO 3) Calculate the voltage values (VR, VC) for the circuit shown. R1 V1 2.2ko C2 47nF 12 V 15KHz ODeg
3. For the circuit below, find ZEo, I, Vi, and VR. Express I, Vi, and VR in phasor form and as functions of time. R value in ohms. 115V L 60Hz し35mH