Q7) The current in(t) of Fig. 4 can be found as (mA):a) 12.5cos(500t - 0.107°)d) 12.5 cos(500t + 89.9°)2cos101 V2000www40HEEpab) 12.5cos(500t+ 0.107°)e) 12.5 cos(500t +0.205°)10.025 cos 10rV20:271502Fig. 3100c) 12.5cos(500t - 89.9°)f) 12.5 cos(500t - 0.205°)cos5001 V1002www0.211Fig. 40.3mH

In this question, We need to choose the correct options What is current in the inductance as shown…

Q7) The current in(t) of Fig. 4 can be found as (mA): a) 12.5cos(500t - 0.107°) d) 12.5 cos(500t + 89.9°) 2000 2cos101 V 40 pa HE b) 12.5cos(500t+ 0.107°) e) 12.5 cos(500t+ 0.205°) 5 cos 10rV 20:2 PNY = 10.02 745.02 Fig. 3 10. 02 c) 12.5cos(500t - 89.9°) f) 12.5 cos(500t - 0.205°) 10052 cos5001 V 10.2 it Fig. 4 0.3 mH

Q7) The current in(t) of Fig. 4 can be found as (mA): a) 12.5cos(500t - 0.107°) d) 12.5 cos(500t + 89.9°) 2000 2cos101 V 40 pa HE b) 12.5cos(500t+ 0.107°) e) 12.5 cos(500t+ 0.205°) 5 cos 10rV 20:2 PNY = 10.02 745.02 Fig. 3 10. 02 c) 12.5cos(500t - 89.9°) f) 12.5 cos(500t - 0.205°) 10052 cos5001 V 10.2 it Fig. 4 0.3 mH

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

9. At a frequency for which u = 796, an e.m.f. of 6 V sends a current of 100 mA through a certain circuit. When the frequency is raised so that w = 2866, the same voltage sends only 50 mA through the same circuit. Of what does the circuit consist ?
A series circuit consisting of a resistor, 0.05 H inductor and a 100-microfarad capacitor is connected across a 100V, 60Hz. Determine the value of the resistor if the phase angle is 80 degrees. Show complete solution and limit your answer into three decimal places.
Please asap
Fast please
P.2: Find the average values for the following waveforms (a) 40(V) 35 20 0 40 20 30 40 -1 cycle 50 60 70 I tms) +/(mA) 0 +30 4 -1 cycle- 6 (b) 8 -20 9 (a) t (ms)
Question 3 The relaxation time of mica (o = 10-15 mho/m, ɛr = 4) is 4.912 hrs 7.36 hrs 2.456 hrs 9.82 hrs
In the figure, R = 13.0 Ω, C = 6.26 μF, and L = 50.0 mH, and the ideal battery has emf = 33.0 V. The switch is kept in position a for a long time and then thrown to position b. What are the (a) frequency and (b) current amplitude of the resulting oscillations? Image is attached, thank you
In a CRO screen, the time/cm control switch determines the horizontal axis of the waveform. Select one: O True O False Three identical capacitors are connected in star to a 415 V, 50 Hz, 3-phase supply. If Xc = 15 ohms, then the value of the capacitance is, O 0.212 F O 212.2 µF O 2.12 µF O 212.2 F
A series RC circuit with R=4kΩ and C=0.40μF is connected to an AC voltage source v(t)=100sin200t. Determine the following:(a) What is the r.m.s current in the circuit?(b) What is the phase between the voltage and the current?(c) Find the power dissipated in the circuit.(d) Find the voltage drop both across the resistor and the capacitor.(e) What is the overall power factor? Is it leading or lagging?
: 56 : 57 Question 7/12 In the following circuit, if C, 14F, then the energy stored in the capacitor is: 1. OA 2. OB 3. OC 4. OD 5. OE 6. OF 7. OG 8. OH 6 H 10 A C1 A) 225J B) 4501 C) 675] D) 900] E) 1125J F) 1350] G) 1575J H) 1800J Previous Next
12
Q.3 The capacitor in the following Figure 3 is given 53nF with tolerance of 10%. Given the voltage waveform if Figure 4, Find i(t) for the minimum and maximum capacitor values. Sketch the graph of i(t) vs t(ms) of the mas and the min values. v(1) i(1) Figure 3 C (A) (1) a 8 8 8 -20 -40 -60 01 2946 67 Time (ms) Figure 4