Example 8.1In the following circuit, V=100 volts, L=100 mH, R=10 Q, and frequency is 60 Hz.(a) Determine the dc component of current if the switch is closed wheninstantaneous voltage is 50 V.(b) Find the instantaneous voltage if the switch is closed at a point such that decurrent component is maximum.(c) Find the instantaneous voltage if the switch is closed at a point such that decurrent component is zero.(d) Determine the instantaneous current, i(t), after 0.5 T, 1.5 T and 5.5 T, if theswitch is closed when instantaneous voltage is zeroRdt)=J2v sin(ax + a)Sw : = 0%3D

Answered: Image /qna-images/answer/f666ea57-79c0-4318-8943-93acd7a47e81.jpg

In the following circuit, V=100 volts, L=100 mH, R=10 Q, and frequency is 60 Hz (a) Determine the de component of current if the switch is closed when instantaneous voltage is 50 V. (b) Find the instantaneous voltage if the switch is closed at a point such that dc current component is maximum. (c) Find the instantaneous voltage if the switch is closed at a point such that de current component is zero. (d) Determine the instantaneous current, i(t), after 0.5 T, 1.5 T and 5.5 T, if the switch is closed when instantaneous voltage is zero edt)=JZv sin(et + a) SW : = 0

In the following circuit, V=100 volts, L=100 mH, R=10 Q, and frequency is 60 Hz (a) Determine the de component of current if the switch is closed when instantaneous voltage is 50 V. (b) Find the instantaneous voltage if the switch is closed at a point such that dc current component is maximum. (c) Find the instantaneous voltage if the switch is closed at a point such that de current component is zero. (d) Determine the instantaneous current, i(t), after 0.5 T, 1.5 T and 5.5 T, if the switch is closed when instantaneous voltage is zero edt)=JZv sin(et + a) SW : = 0

Delmar's Standard Textbook Of Electricity

7th Edition

ISBN:9781337900348

Author:Stephen L. Herman

Publisher:Stephen L. Herman

Chapter27: Single-phase Transformers

Section: Chapter Questions

Problem 8PP: EP277VIPNP350TurnsES1480VIS1NS1Ratio1:R1200Es208VIS2Ns2Ratio2:R260ES3120VIS3NS3Ratio3:R324

See similar textbooks

Similar questions

19. For the network of Fig. 8.80: (a) Determine Z, and Zp. (b) Find A, and A¡.
A RC network supplied with 40V battery is shown in the following figure: a)Find the mathematical expressions for the transient behaviour of vc, ic and vR when the switched is moved to position 1. Plot the curve of vc, ic and vR. And how much time must pass before it can be assumed, for all practical purposes, that ic = 0A and vc = E Volts? Please step-by-step
A RL network supplied with 10V battery Find the mathematical expressions for the transient behaviour of vl, iL, VR2 and VR2 when the switched is moved to position 2. Sketch the curves of vL, iL and VR2. Then find How much time must pass before it can be assumed, for all practical purposes, that iL =0A and vL = 0 Volt? PLEASE STEP-BY-STEP STEPI NEED THEM TO STUDY.
a.) determine the undamped natural frequency b.) determine the damping ratio c.) determine the type of system ( over damped, under damped, undamped, or critically damped )
34.1. Enumerate five step-by-step procedure of Nodal analysis method in application to ac electric circuit problem solution or analysis.
The feeder is to be used with an antenna for which an inductive reactance is measured as j60 Ohms at 1.7 MHz. The resistive part of the antenna’s impedance is measured as 80 Ohms. Using the online impedance matching calculator, design a suitable impedance-matching network for each of the two cables if the coaxial cable has a characteristic impedance of 75 Ohms and the twin lead cable has a characteristic impedance of 300 Ohms, so that the inductance is in the longitudinal branch, while the capacitor is in the transversal branch of the impedance matching network. Do not round the resulting values.
EP277VIPNP350TurnsES1480VIS1NS1Ratio1:R1200Es208VIS2Ns2Ratio2:R260ES3120VIS3NS3Ratio3:R324
I want a solution in less than 30 minutes Often, the network is referred as an infinite bus when a change in input mechanical power or in field excitation to the unit does not cause an appreciable change in a. system frequency or terminal voltage b. Total production cost c. system frequency and terminal voltage d. system frequency alone
Enumerate five step-by-step procedure of Mesh analysis method in application to ac electric circuit problem solution or analysis.
Perform the following operations, including phasor diagrams where appropriate.
Determine the following system.
Answer 8