Suppose a eopper conductor of lengin uym ana cross-sectional area (A)m and resistivityOn m, its resistance is [R = p(/A)). This copper conductor wounded around a ferTomagneticcore, forming (N) turns. When this coil fed by a DC voltage (V), its steady state current will be[lde = (Vac/R)]. But when this coil fed by an ms value of an AC voltage (Vms = Vac), a steadystate AC current of an rms value (Ia) will pass through it. Explain the following questions:a) Why (lac

“Since you have posted a question with multiple sub-parts, we will solve first three subparts for…

Suppose a copper conductor of lengin um ana cross-sectional area (A)m and resistivity A.m, its resistance is [R = p(1/A)). This copper conductor wounded around a ferromagnetic core, forming (N) tums. When this coil fed by a DC voltage (Vae), its steady state current will be [lde = (Vac/R)]. But when this coil fed by an ms value of an AC voltage (Vms = Vae), a steady state AC current of an ms value (1ac) will pass through it. Explain the following questions: a) Why (lac < lac) in this case, in spite of (V,ms = Vac)? What happens inside the electric circuit leads to reduce the current? %3D b) What is the current waveform in this case? c) What is the voltage waveform across the coil?

Suppose a copper conductor of lengin um ana cross-sectional area (A)m and resistivity A.m, its resistance is [R = p(1/A)). This copper conductor wounded around a ferromagnetic core, forming (N) tums. When this coil fed by a DC voltage (Vae), its steady state current will be [lde = (Vac/R)]. But when this coil fed by an ms value of an AC voltage (Vms = Vae), a steady state AC current of an ms value (1ac) will pass through it. Explain the following questions: a) Why (lac < lac) in this case, in spite of (V,ms = Vac)? What happens inside the electric circuit leads to reduce the current? %3D b) What is the current waveform in this case? c) What is the voltage waveform across the coil?

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

How do we figure out what our phase relationship in a series reactance and resistive circuit?
What is the definition of Diamagnetic, Paramagnetic and Ferromagnetic give examples and their applications
MLO 2.6 derive phasor form of voltage and current wave from/to the time-domain form
H.W-I:- A platinum Coil has a resistance of 3.146 N at (40°c) and 3.7670 at (100°c). Find the resistance at (0"c) and temperature coefficient of resistance at (40°c).
5. A 2-wire DC ring distributor is 375m long and is fed with 300V at point A. At point B, 200m from A, load of 150A is taken and at point C, 100m in the opposite direction, a load of 100A is taken. If the resistance per 100m of single conductor is 0.03, find: i. Current in each section of distributor ii. Voltage at points B and C iii. Point of minimum potential
Nb3Sn and GaV are candidates for a superconducting application, when the magnetic field is 150,000 Oe. Which of them would require the lowest temperature in order to be a superconductor?
Explane for me how to solve the problem by the same steps as given , plese help
3. When you use complex notations for your field calculation, what is the physical consequence of a complex relative permittivity? Explain it in terms of field strength and phase.
I need the answer as soon as possible
how does the electrostatic discharge occur in the following situation? explain with suitable mathematical substantiation a. Insulator surface are rubbing together. b.Insulator surface are pulling apart.
A flux of 0.0016 Wb flows in a silicon sheet steel coil/core. The arrangement appears as shown below with the following dimensions: Ac = 0.0025 m? Core/gap area: Flux path length: le = 0.350 m lg = 0.0015 m N = 500 Air gap length: Number of turns: %3D A. What is the current, I, through the winding? B. What is the energy stored in the inductance? C. Assume that the current is given by i =9.75 sin (3147) A. What is the RMS voltage that would appear across the winding? D. Assume that the gap is removed from the arrangement with the flux path remaining at 0.350 m. For a flux of 0.0016 Wb, what is the inductance of the arrangement? E. What is the energy stored in the inductance with the gap removed?
The magnetic core in Figure 3. has a mean core length of 80 cm, and its uniform cross-sectional area is 10 cm?. The relative permeability of the core is 1,500, and an AC voltage source e(t) =60 cos(120 t )V is connected across the coil of N = 100 turns. Obtain an expression fo n the core and the current in the coil.