Find the current in the 6K2 (1x). resistor (I_X) USE THE FOLLOWING METHODSe) Thevenin equivalent circuitf) Norton Equivalent Circuitwww1 kohmwww1 kohm8kohmsL8kOhms4mA6kohm8kOhmswww6mA

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Answered: Find the current in the 6K2 (1x)…

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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Use mesh theory to solve for R1- R8 showing work for the voltages and current
B.) Using Source Transformation. Compute for current and voltage across R4. R1 = 82 R2 = 202 15V R3 = 102 R4 = 32 10V R5 = 82
please show me how to solve this without nodal analysis, i have to solve this in stages redrawing the circuit. thank you.
Homework help
Q2 - Realize Kirchhoff’s Current Law (KCL) for the nodes A, B, C and D in figure 9 by using the obtained results of step c - 2. R 1KQ R$ 3300 R2 2.2KQ R4 4700 Ma Re 1KO D. R3 3.3KN 12V
Z1= Ai+B Z2= Ci+Ç Z3= D-iF E=55v Find the current I by constructing the circuit with the following numbers A= 752 B= 257 C= 52 Ç=25 D=52 F=25Find the current I by constructing the circuit with the following numbers.
Determine the voltage drops across and current through each resistor in the following circuit. Use Kirchhoff s rules showing your direction for current, voltage drops across the resistors, your work to evaluate the circuit and your checks that the values you have are correct. R1 10 R2 10 V 22 V R3 20
Analyze the diagram through the application of Kirchhoff's laws and find the following: IT A I₁ 12 13 R4 V₂ = 24v R1 R2 B R₁ =100 R₂= 2002 R₂ = 300 R₁ = 400 Cite the equations of the three junctions at the top of the circuit diagram. Cite at least 3 loop equations related to the circuit diagram Calculate the total resistance and current in the circuit diagram. Calculate the current entering and leaving the 3 junctions at the top of the circuit diagram R3 A
What is the current 13 (mA)? Multimeter-XMM3 10 V V Set... 6. -30 V XMM3 R1 1kQ +V₁- VA VB +V₂² R2 4k0 +V 3- R3 28kQ XMM1 R4 +V4- Multimeter-XMM1 7.501 V 14. +V5- Set... R5 25k0 XMM2 123 Multimeter-XMM2 2.501 mA A Set... 16 R6 ww 10kQ +V6- X
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V_Source R1 1.2kQ Branch A R21.2kQ Branch B R3 1.2kQ R41.2kQ Branch C R$ 1.2kQ R6 1.2k0 R71.2kQ Figure 2 Series-parallel circuit for part 2 of the prelab 2. Refer to the circuit in Figure 2. Answer the following: a. In branch C, how are R5, R6 and R7 related to each other? How are their currents related? How are their voltage drops related to the voltage across branch A and branch B? (roms) b. In branch B, how are R3 and R4 related to each other? How are their voltage drops related to the voltage across branch B?(shams) c. What is the relationship between the sum of the currents of branches A,B, and C to the current through R1? Why? (niel) d. Make a statement that compares the amount of current through each branch (A,B, and C) with the resistance on the branches (A, B, and C). (jarelle) e. Branch B and branch C connected in series or parallel? How is the voltage across them related? (pio) f. Is the voltage across R3 in branch B and R5 in branch C the same? Why or why not? (mark)
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Find the current in the 6K2 (1x) resistor (I_X) USE THE FOLLOWING METHODS e) Thevenin equivalent circuit f) Norton Equivalent Circuit www 1 kohm 1 kohm 8kohms L www 8kOhms 4mA 6kohm 8kOhms 6mA