6. For the network below determine the voltages: Va , Vb , Vc , Vd, Vab , Vca, Vcd , Vae and Vea [5] 7 kN 6 kN 50 V + 10 v = 4 kN
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![6. For the network below determine the voltages:
Va, Vb , Vc , Vd, Vab , Vca , Vcd , Vae and Vea
[5]
50 V
7 kN
b
6 ΚΩ
10 v를
4 kM
+](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fca7914b1-e5b9-4243-ae7e-8880534efaf9%2F511cbff8-1983-426f-b938-2321e0845738%2Frhnvl2_processed.png&w=3840&q=75)
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- Q) By using suitable diagrum, describe the circuit laws below a) Kircho FF's la) KivchoFF'S Current lau Voltage lawFor network below, determine RLmax, PRs, ILmax, PLmax if Vi equals 30V. ... Rs 0.91k + Vi Vz=8V Pzmax=400m. R1y0.22kcmid3D11648 This course Use current division to find the current i 120 flowing through the 120 resistor. 28 N 21 0 200 mA( ↑) 12 Ng 20 Ωξ 18 ΩΣ Select one: O a. 100 mA Ob. None of them Oc. 10 mA O d. 80 mA O e. 110 mA tion 7 When the given Delta circuit is converted to Wye circuit, the resistance values in the Wye circuit are: yet
- [Q3] Analyze the following electrical circuit with mesh analysis by finding the currents using Gauss-elimination method 10 Q 15 Q 25 0 20Q 35Q - 1000 V 1000V 2000 V 2000 V 30 2 40 QUsing superposition, determine the current through the inductance XL for the network below E₁ XL IL: = 20 VZ0° L'with E2 shorted & I opened = ell IL" with E1 shorted & I opened IL"with E1 shorted & E2 shorted = 3 Ω R 1Ω + N E2 = 120 V Z 0° V 2 2 O I = 0.5 AZ 60° units O units units ° unitsUnit 19 Elec Princ LO2 2022 2023.pdf - Work - Microsoft Edge https://moodle.nptcgroup.ac.uk/pluginfile.php/1421751/mod_resource/conte.. !!!! a) I=9.3 /0° A4 mim f = 350 Hz Find: 24 22 b) Z1 Vi HH 11.1 µF E E + V 5 of 7 i) The values of V1 and V2. ii) The value of the supply voltage and its phase angle. iii) Draw the circuit phasor diagram. (Z3) 31 Q2 V2 0.93 mH (For each section provide your answers in both polar and cartesian form.) Ơ X Q
- Q6. Using Nodal Analysis, Calculate V1 and Current I. V1 12A )7A RDetermine the nodal voltage V1 if l=4L25° A, and R=4 2, for the following figure: -j2 Q 20/-90° V j12 Ref. Oa. 26.56 L 72.507 V Ob. 22.56 L 68.507 V Cc. 28.56 L 74.507 V Od. 24.56 L 70.507 V When the voltage source is compared with the current source which of the fol owing is true Ca. The current source angle leads the voitage source ang e by 135 Ob. The current source angle ags the vo tage source ang e by115 Oc. The current source angle ags the voltage sourde angle by 135 Co. The current source ang e leads the vo tage source angle by115 wwA 50 Hz high voltage Schering bridge is shown in the figure. The component parameters are as follows under balanced condition: Cs-150 microfarad, C2-0.677 microfarad, R2-634 ohm, and R1-168 ohm. Find the dissipation factor of the tested material. 220V rms Lütfen birini seçin 0.1340 b.0.1672 E0051 0.0.0749 e.0.1128 88888888 00000000 25 kV rms R R₁ R₂ II (C₂ 12²
- From the figure below, obtain VRY, VYB and VBR from VRN, VyN and VBN. Assume RYB sequence. VBN = VL-35° V IR R VRN VRY IN V BR VYN Iy Y V BN V YB B 1BTask 3 A three phase, four wire star connected load consisting of: ZR: a resistor of 9500 in series with a 3H inductor ZB: a resistor of 1950 ZY: a resistor of 1950 in series with a 4µF capacitor Using the equipment available in the power lab (Room T017), connect the given load to a three-phase supply available in the lab and: 3.1. Determine the current of each line and the neutral current and measure the total power supplied by the source. 3.2. Analytically, calculate all currents and the total power and compare with those obtained in measurements. 3.3. Device a method and measure the waveform of the neutral current. Discuss the obtained waveform and the reason for any distortion in the waveform 3.4. Validate your calculations using computer simulationRefer to the Figure below, calculate Zo if VDD = 9V, RG-1Mohms, Rs=2.1kohms, lpss=16mA, VGSQ = -3.2 V and Vp=-4V, and Yos = 0.022mS) VDD D C₁ H G V₁0- Z₁ SC₂ HH RG Rs Zo Zo kohms (note: answer shall be up to 2 decimal places) + m -oV₂