Part A: KVL R3 1. Construct the circuit shown in Fig 2.1 300 2. Commence at point A and measure the potential difference between each successive pair of lettered terminals for Mesh 1. i. e. A-B, B-C, C-D and D-A. (Note: DMM's probes have to be placed consistently.) R6 R5 B E 330 1.8k R1 2.7k cl v. Olov 3. Record the measured values in Table 2.2. R4 R2 D 4. Verify Kirchhoff's voltage law using the displayed values. 3k 300 Fig. 2.1 Part B: KCL R3 1. Measure the branch currents entering node A by placing ammeter as shown in Fig. 2.1. 300 R6 R5 A 330 1.8k 2. Record the magnitude and the direction of the current R1 2.7k as indicated by each ammeter in Table 2.4. c vi Olo v R4 R2 D 3k 300 Fig. 2.1 Table 2.2 - 2 marks Measured Values Reference points Potential Sign (+ or -) Difference (V) A-B B-C С-D D-A Table 2.4 – 3 marks Resistance Current Current direction Rs R6

Part A: KVL R3 1. Construct the circuit shown in Fig 2.1 300 2. Commence at point A and measure the potential difference between each successive pair of lettered terminals for Mesh 1. i. e. A-B, B-C, C-D and D-A. (Note: DMM's probes have to be placed consistently.) R6 R5 B E 330 1.8k R1 2.7k cl v. Olov 3. Record the measured values in Table 2.2. R4 R2 D 4. Verify Kirchhoff's voltage law using the displayed values. 3k 300 Fig. 2.1 Part B: KCL R3 1. Measure the branch currents entering node A by placing ammeter as shown in Fig. 2.1. 300 R6 R5 A 330 1.8k 2. Record the magnitude and the direction of the current R1 2.7k as indicated by each ammeter in Table 2.4. c vi Olo v R4 R2 D 3k 300 Fig. 2.1 Table 2.2 - 2 marks Measured Values Reference points Potential Sign (+ or -) Difference (V) A-B B-C С-D D-A Table 2.4 – 3 marks Resistance Current Current direction Rs R6

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...

See similar textbooks

Similar questions

3- For the network shown in figure below: a) Determine VL, IL, Iz, and Ir for R1 = 180 2 b) Repeat part (a) if Rµ = 470 Q. c) Determine the value of RL that will establish maximum power conditions for the Zener diode. d) Determine the minimum value of R1 to ensure that the Zener diode is in the "on" R= 220 2 state. + 20 V Vz = 10 V RL PZM = 400 mW
please by using figure 2a and 2b solve this question thanks. pls ans it quickly.
ZENER DIODES: Answer letter C only. Answers are already GIVEN. I just need you to explain them in plain English. Draw additional circuits if necessary to state your point.
(b) Series Resistors Circuit - KVL (i) For the circuit of Figure 2.1a, assume the source-voltage, E = 15V, R₁ = 3.3 kN, R₂= 2.2 k and R3 = 1.0 kn. Determine the expected current, I and the voltages across resistors R₁ (=Vab), R₂ (= Vbc) and R3 (=Vcd) for the respective values of resistors shown. Record your theoretical results in Table 2.1. Determine the sum EV = (Vab + Vbc + Ved) to verify the KVL law.
Q: A wood panel containing 16 solar cells. Calculate the total open circuit voltage and short circuit current coming out of the board and draw the relationship between current and voltages in the following cases a) If you connect each two cells in series and connect the groups in parallel . b) If all four cells are connected in parallel and the groups are linked in succession, noting that each cell has the following characteristics: Vos = 0.75V, Isc = 2 mA %3D
Only part a and b solve plz
Q.2 Figure Q.2a shows a multirange voltmeter with 0-5 V and 0-25 V range. The internal resistance of D’Arsonval meter and its sensitivity is 50 N and 500 Q/V, respectively. a) Calculate the resistance of R¡ and R2. b) A voltmeter with 0-5 V range is used to measure the voltage output, V, in Figure Q.2b. Determine the voltage reading shown by the voltmeter. c) Based on the voltage reading in (b), calculate the percentage of error, %e. R1 R2 0-25 V 2 kQ Rm 0-5 V Vs Iisd 5 V 1 kQ соmm Vo 3 kQ Figure Q.2a Figure Q.2b
IR I A R3 {R2 R4 √2 D2 7 voltage For the Circuit In shown, use the Constant voit I drop diode model with Vo = 0.7V. The reverse-bias D Vortage of D₂ 15 5V. The Circint values are: V₁ V₂ R₁ R₂. вз R4 3v 70 21002 1102 2002 1010r. a Determine the states (Forward-biased Determine the Voltage OF D, and Da or reverse-biased at node A In D2 2 Determine the Current
Given the figure below, calculate the following: a) I1, I2, I3, Itotal [mA] b) V1, V2, V3, Vtotal [V]
Example 02:- The four arms of a Wheatstone bridge are as follows: AC = 100 2, BC = 1000 2, BD = 4000 N, DA = 400 N. A galvanometer with an internal resistance of 100 N and a sensitivity of 10 mm/uA is connected between AC, while a battery of 4 V dc is connected between BD. Calculate the deflection if the resistance of arm DA is changed from 400 N to 401N.
Find the current in D3 in AMPS V1=19 Volts, R1=7 Ω R2=13 Ω, R3=14 Ω VZD1=4 Volts, VZD2=10 Volts Note: Consider in your calculation the voltage of diodes if needed.
Write the equations for the network shown in Figure 2.23 and put them into standard form. Find the value for V₁ and V2. (V3 at node 3 is 10V) 1A VI Node 3 W 202 502 www w 1052 10 V 1/2 M50