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Use the following values for the components: Constants 11-420° [A] 12-6290° [A] w=2000 [rad/s] R1-4 [12] R2 = 6 [S2] Randomized L-0,6 [mH] C=95 [μF] Use Nodal Analysis to find the rms voltage across the resistor R1, answer in [V] with one decimal. Skriv in ditt svar... 1 poäng Now use the following values for the components: Constants 11=420° [A] 12=6 /90° [A] w-2000 [rad/s] R1 = 4 [02] R2 = 6 [S2] L=0,8 [mH] C-80 [μF] Use Nodal Analysis to find the phase of the voltage across R1. Answer degrees [°] with one decimal.

Use the following values for the components: Constants 11-420° [A] 12-6290° [A] w=2000 [rad/s] R1-4 [12] R2 = 6 [S2] Randomized L-0,6 [mH] C=95 [μF] Use Nodal Analysis to find the rms voltage across the resistor R1, answer in [V] with one decimal. Skriv in ditt svar... 1 poäng Now use the following values for the components: Constants 11=420° [A] 12=6 /90° [A] w-2000 [rad/s] R1 = 4 [02] R2 = 6 [S2] L=0,8 [mH] C-80 [μF] Use Nodal Analysis to find the phase of the voltage across R1. Answer degrees [°] with one decimal.

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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TASK 1 - Nodal analysis The circuit in Figure 1 has the following variables: Symbol Unit [A] Parameter Current source 1 given as phasor Current source 2 given as phasor Frequency Resistor 1 Resistor 2 Inductor Capacitor I1 11 12 W R1 R2 L C R1 L R2 [A] [rad/s] [S2] [Ω] [mH] [μF] Figure 1 C 12 4 Calculate by hand (a)-(b) Hint: Look at the solution for Example 18.18 on page 809-811 in the course literature. 1 1 poäng Use the following values for the components: Constants 11-420° [A] 12=6290° [A] w=2000 [rad/s] R1 = 4 [S2] R2=6 [S2] Randomized L-0,6 [mH] C-95 [μF] Use Nodal Analysis to find the rms voltage across the resistor R1, answer in [V] with one decimal. Skriv in ditt svar... 2 1 poäng Now use the following values for the components: Constants 11-420° [A] 12-6/90° [A] w-2000 [rad/s] R1 = 4 [S2] R2=6 [S2] L = 0,8 [mH] C-80 [μF] DO Use Nodal Analysis to find the phase of the voltage across R1. Answer degrees [°] with one decimal. Skriv in ditt svar...
Transcribed Image Text:TASK 1 - Nodal analysis The circuit in Figure 1 has the following variables: Symbol Unit [A] Parameter Current source 1 given as phasor Current source 2 given as phasor Frequency Resistor 1 Resistor 2 Inductor Capacitor I1 11 12 W R1 R2 L C R1 L R2 [A] [rad/s] [S2] [Ω] [mH] [μF] Figure 1 C 12 4 Calculate by hand (a)-(b) Hint: Look at the solution for Example 18.18 on page 809-811 in the course literature. 1 1 poäng Use the following values for the components: Constants 11-420° [A] 12=6290° [A] w=2000 [rad/s] R1 = 4 [S2] R2=6 [S2] Randomized L-0,6 [mH] C-95 [μF] Use Nodal Analysis to find the rms voltage across the resistor R1, answer in [V] with one decimal. Skriv in ditt svar... 2 1 poäng Now use the following values for the components: Constants 11-420° [A] 12-6/90° [A] w-2000 [rad/s] R1 = 4 [S2] R2=6 [S2] L = 0,8 [mH] C-80 [μF] DO Use Nodal Analysis to find the phase of the voltage across R1. Answer degrees [°] with one decimal. Skriv in ditt svar...
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