2. Semi-infinite straight current: Consider the semi-infinitecurrent segment shown which extends to infinity in oneIdirection but is finite in the other direction.For an infinite wire, the magnetic field at a distance D fromthe wire isHoIDBds(s2 + D²)3/22nD-00What is the magnetic field at the point Pa distance D from the end of the semi-infinite wire? Hint: You should beable to figure out the answer without explicitly doing the integral.

According to the Biot - savart law -: dB = μ04π I ×dl Sinθr2 -------- -1) Magnetic - field for an…

Answered: What is the magnetic field at the point…

Engineering

Electrical Engineering

What is the magnetic field at the point Pa distance D from the end of the semi-infinite wire?

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

Related questions

Q: iz P 8ст 4ст

A: We need to find out the magnetic field due to given line current

Q: I need the answer quickly

A: According to question: The initial slope of 'B' and 'H' will give permeability of sheet steel and is…

Q: he flux density of a magnetic field whose flux is 300 cectional area is 0.25 m ?

A: In this question , we have given flux and cross sectional area..We have to find out flux density ..

Q: Problem : Calculate magnetic field at point P due to current 5 A flowing through a long wire bent at…

A: Due to wire lying along x-axis the magnetic field will be zero at point P. The wire lying along…

Q: The magnetic saturation means the domains of iron crystal arranged in multi directions with respect…

A: The explanation is as follows.

Q: Question The magnetic field due to an infinitely long wire at a certain point is 'B'. If the…

A: Given- An infinitely long wire, The distance of the point from the wire is tripled, To Find- The…

Q: Three long, parallel conductors each carry a current of I = 2.02 A. The figure below is an end view…

A: Every current carrying wire produces its own magnetic field. The direction of magnetic field is the…

Q: c. Calculate the ripple of a capacitor filter for a peak rectified voltage of 30 V, capacitor C = 50…

A: We are authorized to answer one question at a time, since you have not mentioned which question you…

Q: A loop of wire lies in the plane of the page. A constant magnetic field (same at all locations) is…

A: When a loop of wire lies in the plane of the page and the constant magnetic field is directed out of…

Q: Two long straight parallel conductors, 10 cm apart, carry currents 5A each in opposite directions.…

A: Given, Two long straight parallel conductors are at a distance, r = 10 cm. Each conductors carrying…

Q: Determine the flux density in the core of the magnetic circuit below, 4 A N = 500 II 4 A N2 = 50 %3|…

A: First draw the magnetic equivalent circuit and than find total reluctance of core and flux and than…

Q: Q3-An infinitely long straight wire carrying current 5 A and a square loop of side 2 m are coplanar…

A: an infinitely long straight wire carrying current 5A and a square loop of side 2m are coplanar as…

Q: When current flows in a conductor, lines of magnetic force: Select one: circle the conductor. try…

A: The question is asking about the behavior of magnetic field lines when current flows through a…

Q: Given: Wire 1 has r1= -3m, I1= -5A Wire 2 has r2= 3m, I2= 2A What is the value of the magnetic field…

Q: Question: A conductor has length 0.5 m is putted perpendicular on homogenous magnetic field, its…

Q: Conductor carrying current and is moving in magnetic field produce Which rule has to be apply in…

A: When a current flows through the conductor, the magnetic field is produced around it and the…

Q: Draw the magnetic field lines for a solenoid (current flowing through many loops of wire wrapped…

A: The following figure shows magnetic field lines due to a solenoid. Note: As shown in the above…

Q: 4.69. A rectangular magnet of magnetic mo- ment M is cut into two piece of same length, the magnetic…

Q: Consider an infinite straight wire that carries a current /₁. There is a rectangular loop, whose…

A: Given, The figure,

Q: В C 2 m I D. 4 m A 2 m

A: Magnetic flux density due to infinite long line at a distance (p) B = uo * I / ( 2*pi*p).

Q: What is the force experienced per unit length by a conductor carrying 5 A current in positive…

A: Given a conductor, Carrying a current in +ve z-direction, I=5a^z A. Length, l = 1 m. Magnetic field,…

Q: How does the shape of wires carrying current affect the shape of the magnetic field created?

A: Magnetic field: The expression field of force connected to shifting electric fields, such as when…

Q: In the figure, the current through the wire (shown in cross-section) is into the screen. What will…

Q: TRUE or FALSE - The magnetic flux density is directed along the direction of the magnetic field…

Q: Loop 2 7 4 Loop 1 Infinite line current 3 I= 2.5 A Unit: m Figure 3

A: We need to find out the flux Passing through the loop .

Q: A long, straight wire carries a current of 15.0 A. What are the magnitudes of the magnetic field at…

A: Given that, I=15A We have to find B for a)r=2cm=0.02m b)r=4 cm=0.04m c)r=10cm=0.01m

Q: * Answer by true or false False True There is no effect of constant magnetic field on un moving .+ve…

A: Given statement is "There is no effect of constant magnetic field on a moving positive test charge"

Q: (3) Which method is used to determine the direction a conductor carrying current will be moved in a…

A: FARADAY'S FIRST LAW: Whenever the magnetic lines of force linking with the coil or conductor…

Q: The flux density at a distance of 0.1 m from a long straight wire, carrying a current of 200 A is?

A: Given: Distance from a long straight wire, d = 0.1 m. The wire carrying a current, I=200 A.

Q: Q4 b. An air-gap of 0.008m was cut on the rectangular cast iron core shown in Figure Q4a(ii) as…

A: As Relative permeability of iron core is not given so I solved the question by considering relative…

Q: Two parallel straight wires are separated by a distance of 0.12 m and carry currents of I1 = 3.0 A…

A: d=0.12mI1=3.0 AI2=1.4 Al=1.2 m

Q: Q2-Consider a filamentary wire is bent to form a square loop of side 3 m lying in the x-y plane as…

A: Magnetic field due to current carrying straight conductors can be found using Biot-Savat law.…

Q: A current I circulates in the direction shown in the figure in a closed ring in the form of a right…

Question

100%

2. Semi-infinite straight current: Consider the semi-infinite
current segment shown which extends to infinity in one
I
direction but is finite in the other direction.
For an infinite wire, the magnetic field at a distance D from
the wire is
HoID
B
ds
(s2 + D²)3/2
2nD
-00
What is the magnetic field at the point Pa distance D from the end of the semi-infinite wire? Hint: You should be
able to figure out the answer without explicitly doing the integral.

Expert Solution

This question has been solved!

Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.

This is a popular solution!

SEE SOLUTION Check out a sample Q&A here

Step 1

VIEW

Step 2

VIEW

Trending now

This is a popular solution!

Step by step

Solved in 2 steps with 1 images

SEE SOLUTION Check out a sample Q&A here

Knowledge Booster

Learn more about

Need a deep-dive on the concept behind this application? Look no further. Learn more about this topic, electrical-engineering and related others by exploring similar questions and additional content below.

Similar questions

Electrical Engineering B-H curve of magnetic material is given. find maximum BH value step by step solution plz! Step-by step plz H.=-20[KA/m] Tip: B=5x(0$H+I[T] I CBH) = Value of H that becomer O ANS: -5000 [J/m']
A coil consists of 100 turns of wire in shape of circle placed in the y-z plane. The loop has an area of 1m² Two magnetic fields linking the surface of the loop: The first one is given by: B1 = -10zt? The second one is B2 = 20ãsin(2w)t emf Select one: a. vm = 0 emf O b. emf 2000t %3D O c. m emf --4000.w.cos(2w)t O d. vm 2000t – 4000.w.cos(2w)t emf
A DC current I flows in a long solenoidwith n coil-turns per unit length. Thecore is made of iron with permeability µ , and has a cross section area S.Determine the force acting on the coreif it is withdrawn to the position shownin figure.
Please answer all subpart either dislike is ready.. Please both subpart in short for like..
electromagnetic field)I want a detailed solution because my teacher changes the numbers. I want a detailed solution. Understand the solution
OSSecO A current Ip5A flows through long regular wire in emty space. an infinitely It square perimerer with a side length of 3 [cm] at A Second distance of d=4Ecm] from the eurrent On +he same plane with this current ldirection is giver in the figure J are awailable. Caleulate the enductance L42 as EuH].
A squara magnotic core has e moan path length 55:m and x-sactional eres of 150zm*A 200 turns coil of wire is wrapped around one leg of the core. The core is made of the materia' having relative permeability 3980. Find • Fow much current is required to produce 0.012 Wb of flux in the cere • Celculate the reluctance and megnetomotive farce.
In a coil with radius of 6 cm and 400 turns, there is a magnetic field leaving in a direction perpendicular to the area of the turn with a value of de 0.232t + 4x10-5t4. The resistance of the coil is 100 2. Find the EMF after 10 s.
4. By applying Kirchhoff's rules find currents on every part of the circuit. All devices are ideal. What is the potential difference between top-left and bottom-right vertex. What is the potential difference on the capacitor? What are the dissipated powers over resistors. 2R 28 E R With this homework we finish electricity part of our course. 33 (we skip Ch. 31), following homeworks will be on magnetic phenomena. Until Chapter
solve
Question: can you help me pls Assuming the magnetic permeability of the core as infinite in the magnetic circuit given in the figure, find each self- inductance and common inductance in terms of A1, A2, g1 and g2. 92 N2 iz the area of the shaded area A1, the area of the other areas A2
Eddy currents can be induced only in metals that are not ferromagnetic, for example, copper and aluminium. Select one: True False