2. Calculate the impedance, current, and voltage values for the circuit shown in the following figure (Fig. 14.53b). R₁ 100 www C₁ 2μF R2 470 520 Hz 100 mH XL = 326.70 Xc1 = 150.03Q Xc2=306.070 RT R1+R2 = 100+ 470 = 5700 Xs = XL-XC1-XC2=326.7-150.03-306.7=-129.40 = 129.402-90° ZT = Sqrt (Xs^2+ R^2= √129.4^2+570^2 = 584.500 8 = tan-1(Xs/R = tan-1(129.4/570)=12.8° I= VS/ZT = 6V/584.5 =10.26mA VR 1*R 10.26* 570 = 5.85VZ0° VL=1* XL = 10.26 * 326.7 = 3.35VZ90° Vc = l * Xc = 10.26 * 456.1 = 4.56V IL = VS/XL = 6V/326.7 = 18.37mA Ic=VS/XC = 6/456.1 =13.16mA ILC IC-IL 13.16-18.37 = -5.21mA IR = VS/R = 6V/570 = 10.52mA IT Sqrt (ILC2+IRC² = √√-5.212 + 570^2 = 569.98mA 0 = tan^-1(ILC/IR = tan^-1(-5.21/10.52)=-26.35° ZT = VS/IT = 6V20° 569.98 =10.530

2. Calculate the impedance, current, and voltage values for the circuit shown in the following figure (Fig. 14.53b). R₁ 100 www C₁ 2μF R2 470 520 Hz 100 mH XL = 326.70 Xc1 = 150.03Q Xc2=306.070 RT R1+R2 = 100+ 470 = 5700 Xs = XL-XC1-XC2=326.7-150.03-306.7=-129.40 = 129.402-90° ZT = Sqrt (Xs^2+ R^2= √129.4^2+570^2 = 584.500 8 = tan-1(Xs/R = tan-1(129.4/570)=12.8° I= VS/ZT = 6V/584.5 =10.26mA VR 1R 10.26 570 = 5.85VZ0° VL=1* XL = 10.26 * 326.7 = 3.35VZ90° Vc = l * Xc = 10.26 * 456.1 = 4.56V IL = VS/XL = 6V/326.7 = 18.37mA Ic=VS/XC = 6/456.1 =13.16mA ILC IC-IL 13.16-18.37 = -5.21mA IR = VS/R = 6V/570 = 10.52mA IT Sqrt (ILC2+IRC² = √√-5.212 + 570^2 = 569.98mA 0 = tan^-1(ILC/IR = tan^-1(-5.21/10.52)=-26.35° ZT = VS/IT = 6V20° 569.98 =10.530

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

5a. What is E2=? 5b. What is E3=? 5c. What is the potential difference of b relative to point a (V_ba)?
Please solve this solve both parts plx solve on word this is about electric circuit subject
We want to investigate how the field strength will be with air as dielectric and with steatite. A plate capacitor is placed in a 24 kV network between phase and ground. The relative permittivity of air is &=1 and for steatite &-6. The plate capacitor has area = 1m². The distance between the electrodes is 2 mm. Ep = 8.854-10-12 F/m A=1m² d=2mm a) Calculate the maximum field strength in the plate capacitor. (Answer: 9.8kV/mm) b) What is the capacitance of the capacitor if we use steatite? (Answer: C = 26.6nF)
A coil has a resistance of 18 when it mean temp is from 20o C to 50o C. Find its mean temp rise when its resistance is 21 and the surrounding temp is 15o C. A potential difference of 250 V is applied to a copper field coil at a temp of 15o C and the current is 5A. What will be the mean temp of the coil when the current has fallen to 3.91 A, the applied voltage being the same as before.
how to measure ripple factor and peak input and peak output voltage for this circuits ?
In the circuit given below determine the power assosciated with each independent voltage source : p14v = ? and pev = ? indicating also if it is power generated or power ansorbed. ty %3D -M- 14V
Please answer all subparts for like either dislike is ready.. Please answer... Please
2.)What is the difference between Ampere's law and Biot-Savart's law?
5) This MCQ QUESTION FROM BASIC POWER ELECTRICAL ENGINEERING course. just write for me the the correct answer.
A coil consists of 2000 turns of copper wire having a cross-sectional area of 0.8 mm2. The mean length per turn is 80 cm and the resistivity of copper is 0.02 un-m. Find the resistance of the coil and power absorbed by the coil when connected across 110 V d.c. supply.
I. SOLVE THE FOLLONING PROBLENS : A COPPER WIRE OF 0,3 Mm RAAUS HAS A LEN ETH OF 1. JOM- IF THE RESISTIVITY of cOpPER IS 1-7 x0 WHAT WOULD BE THE RESISTANOE OF THE WIRE? OF A 100m WIRE IS 1035 mm AND 3.7 OHMS. WHAT 2. THE DIAMETER THE REISTANCE IS IS THE CONDUCTIVITY 3. WHAT WILL BE THE VALUE OF A CAPACITOR WHEN IT HAS A CAPACITIVE REACTANCE OF 300R ANP to A 6o HZ. SUPPLY? IN FARADS IS CONNECTED 4. WHAT Is THE VALUE OF THE RESISTOR WITH THE FOLLOWING COLORS ? A. BROWN, BLACK, GOLD, REP B. BLUE YELON BROWN, SILVER PED, SILVER, BROWN, VIOET C. 5. AND t WHEN V 220V AND R= 50n WHEN I = 45 A WHEN V = 120V FIND V ANO R 80n AND AND E= 11A-
Power Triangle