Look at the circuit in Figure 1 and determine the following: A. (d) Current (I1) through impedance Z2. (e) Current (l2) through impedance Z3. (f) Current (13) through impedance Z4. 220V;50HZ Figure 1 Z1 = 3 + j5 ohm Z2 = 10 + jo ohm Z3 = 5 + j15 ohm Z4 = 10 – j30 ohm Zs = 20 – j30 ohm Admittance and Impedance in rectangular notation. All currents and voltage in polar Take voltage as reference. notation.

Look at the circuit in Figure 1 and determine the following: A. (d) Current (I1) through impedance Z2. (e) Current (l2) through impedance Z3. (f) Current (13) through impedance Z4. 220V;50HZ Figure 1 Z1 = 3 + j5 ohm Z2 = 10 + jo ohm Z3 = 5 + j15 ohm Z4 = 10 – j30 ohm Zs = 20 – j30 ohm Admittance and Impedance in rectangular notation. All currents and voltage in polar Take voltage as reference. notation.

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

Do part c,d and e
9. What is the maximum power if the impedance draws a current of i= 10cos(wt-30o ) from a voltage equation of v = 220sinwt?
An AC voltage source delivers current to Load A and Load B which are connected in parallel. Current in Load A is 25 A and Current in Load B is 42.2. If the current in load B leads the current in load A by 45 degrees, calculate: a) Resultant or total current, b) Angle between the resultant current and Load current A if Load Current A is at reference or zero degrees.-write legibly-show the complete solution
For the FET equivalent circuit in Figure 1, what is the value of the input impedance? Why is it open- circuited? Explain your answer? Vgs 8mVer so Figure 1
Determine the output waveform for the network of figure below and calculate the output dc level. Si D1 + 220 V + 2.7kn V. 60 Hz{ ru ODeg TS POWER_10_TO_1 Fsi D2
To find: The loop currents using elimination & substitution methods
Analyze the given circuit and solve for the branch currents.
solveasap
Find: a. Branch currentsb. Total current drawn by the circuitc. Total power drawn by the circuitd. Total power factor of the circuit Please show complete solution and draw the circuit diagram. Please round off answers up to the 3rd decimal places. Thank you!
Consider the circuit shown in Figure 1. V1 is a 7.2 kHz sine wave with an amplitude of 4 V.Figure 1: RC Circuit Schematic1. Determine the total impedance (Z) of the circuit.2. Using V1 as a zero-phase reference, calculate the values of the following:a) Amplitude and phase of current (I)b) Amplitude and phase of voltage across R1 (VR1)c) Amplitude and phase of voltage across C1 (VC1
Given the circuit shown, answer the following questions I 40 8n I3 Vs = 24/60° v E V2 -j4 n 12 one of the following statements is correct: Choose... 12 in Ampere equals to: Choose... the equivalent impedance in Ohm of the circuit is Choose... V2 in Volts equals to: Choose...
Two impedances Z1 = 2 + j2 ohms and Z2 = 5cis(-45) ohms, if they will be in parallel, what would be the equivalent circuit impedance ? O 1.53 cis (-20.7) ohms 2.46 cis (-15.5) ohms 2.83 cis(18.5) O 14.14 cis (0) ohms