The rectangular loop shown in Figure (Q2) is coplanar with a long, straight wire carrying a current (I). The loop has two sides of length (L) parallel to the wire, one at distance (a) and the other at a distance (b) from the wire. Find the magnetic flux through the loop. I L

The rectangular loop shown in Figure (Q2) is coplanar with a long, straight wire carrying a current (I). The loop has two sides of length (L) parallel to the wire, one at distance (a) and the other at a distance (b) from the wire. Find the magnetic flux through the loop. I L

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: The distance between parallel conductive discs in the Figure ? ? = 5 mm dir. Accept that the area…

A: Distance between parallel conductive discs (X) = 5mm radius of the disc (R) = 2mm ε0=8.85×10-12…

Q: A perfectly conducting filament containing a small 500 Q resistor is formed into a square as shown…

Q: A rectangular loop carrying current I2 is placed parallel to an infinitely long filamentary wire…

A: The force experienced by the loop is given by F =BILB=μ0HH=I2πd Force on the line PS given by…

Q: A thin conducting wire is bent into the shape shown in the figure. The circular portion of the wire…

A: (a) Answer: Into the screen Explanation: As current coming towards the conductor increases the…

Q: A conducting rod moves with velocity v parallel (but opposite) to a long wire carrying a steady…

A: Potential

Q: Q2)In steady magnetic fields, can we define a potential function based on the current distribution…

A: Yes , we can define magnetic vector potential, from magnetic vector potential we can find out…

Q: If we were to analyze the magnetic flux lines of a current-carrying conductor, oriented…

A: As there is current carrying conductor placed in the magnetic field, we can apply motor principle…

Q: Problem-3: ( R that carries a uniformly distributed current i directly out of the page. Current is…

A: We are authorized to answer three subparts at a time, since you have not mentioned which part you…

Q: For the following magnetic core with an air gap and dimensions as shown in the figure. The depth of…

Q: An infinitely long conductive wire of radius A is inside a sheath of infinite length and very thin…

A: Since, the conductor is inside the cylindrical sheath, so its radius 'A' will be lesser than the…

Q: 4.) A single loop of wire with an area of 0.0900 m is in a uniform magnetic field that has an…

A: Faraday's Law of induction:-The magnitude of emf induced in the conducting loop is rate of change…

Q: Experiments show that a steady current in a long wire pro duces a magnetic field that is tangent to…

A: Given: A circle of radius ‘r’ with center at ‘O’ and ‘P’ be a point on the circumference of circle.

Q: For the circuit shown in Figure:a. Determine the reluctance values and show themagnetic circuit,…

Q: very thin spherical shells are given as in the figure below. Let the loads with the inner shell load…

A: very thin spherical shells are given as in the figure below. Let the loads with the inner shell load…

Q: Does the electric flux depend on the shape of the Gaussian surface? Give reasons to your answer

A: As we knows that the the Gaussian law Electric flux =( (charge enclosed insider the Gaussian…

Q: 3. Determine the force exerted on Q₂ by Q1 for charges Q₁ = 9x10μC and Q₂ = -5x10-5C if Q₁ is…

Q: Mutual induction (will the induced current in the loop induce a current in the straight conductor?),…

A: Electrical machines can be either generator, transformer or motors. They can be either Ac machines…

Q: 2. The magnetic force acting on a straight wire carrying current I of length L in a uniform magnetic…

Q: Q)In steady magnetic fields, can we define a potential function based on the current distribution…

Q: Given a magnetic circuit as shown in Figure Q3(a)(i) where the core is a cast steel. B- H curve for…

Q: 4) A conductive material of uniform thickness h and intrinsic conductivity o is in the form of a…

A: Solution- Thickness = h Inner radius = a Outer radius = b

Q: A loop of wire in the shape of a rectangle of width w and length L and a long, straight wire…

A: We are authorized to answer three subparts at a time, since you have not mentioned which part you…

Q: 2. Determine the force exerted on Q₂ by Q₁ for charges Q₁ = 4x10-5C and Q₂ = -7x10-5C if Q₁ is…

Q: (a) Apply Ampere's law to derive an equation for the magnetic fieldInside a Long Straight Wire with…

Q: The surface area of the area covered by the conductive wire, which consists of a single loop in the…

A: In this question we need to find a strength of magnetic field for a single loop square .

Q: We consider a coil constituted of a conducting wire on a circular torus (see Figure below). The…

A: The toroid is a hollow circular ring carrying current-carrying conductors. A magnetic field…

Q: Q1. (a) What is the source of self-inductance and back emf in a current carrying loop? Remember, I…

A: Solution

Q: 1) - Magnetic flux lines - Mean core length le Air gap length g T Air gap, permeability 4o. Area Ag…

Q: Q4. A finite length wire, which is bent as shown in the below figure, lies in xy-plane and carries a…

A: Expression of magnetic force on a wire due to magnetic flux density, Here, B is the magnetic flux…

Q: 3. Write an equation about the electrodynamic forces between parallel conductors as a dependency of…

A: It is asked to write an equation about the electrodynamic forces between parallel conductors as a…

Q: A long, solid, cylindrical wire of radius A has a current density given by j = j0r/A. Determine the…

A: GIVEN: A long solid cylinder wire of radius A current density j=j0rA…

Q: (ii). A wire is placed in a magnetic field so that it makes an angle of 50° with the field as shown.…

A: Given: Current i = 4A Length of the wire = 0.05 m Magnetic field B = 0.20 T Angle θ=50°

Q: What is meant by boundary conditions and what are those conditions for both the electric field and…

A: If the field is spread out in two different regions and in one region the field is known then the…

Q: To a magnetic core, with a relative permeability of 2100, a current I1 of 1 A and a current I2 of 2…

A: *Since you have posted a question with multiple sub-parts, we will solve the first three sub-parts…

Q: An infinitely long conductoris bent into an L shape as shown in Figure. If a direct current of 4 A…

Q: Pr1. A metal rod having a mass m and length { has resistance R. The rod hangs from two vertical…

A: Solution (a)

Q: A hollow metallic sphere is properly loaded. Now a positive charge q as shown in Figure Imagine…

A: A hollow metallic sphere is properly loaded and initially not charged. A positive charge q is…

Q: . A mild steel ring of 30 cm mean circumference has a cross-sectional area of 6 cm2 and has a…

Q: The conducting wire shown in the adjacent figure is formed of four parts and traversed by a steady…

A: Since we only answer up to 3 sub-parts, we’ll answer the first 3. Please resubmit the question and…

Q: A long wire is folded to form a semicircle of radius b as shown in figure. Find the magnetic flux…

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

Q: Find the magnetic force and the electric force per unit length (the force per unit length is simply…

A: We are given a very long cable with linear charge distribution λ which is moving with constant…

Q: Consider viewing down on a square wire loop, side 25 cm, with an effective resistance of 20 Ω. The…

A: By Faradey's law:ε=-N∆ϕ∆tWhere, magnetic flux, ϕ=ABIn this case, N=1So, ε=-1ϕf-ϕ0∆t=-ABf-B0∆tfrom…

Q: Q/ Explain with the drawing how to charge an insulated and electrically neutral sphere with a…

A: In this question we discuss about how we charge the sphere by Induction method

Q: A negatively charge particle is located in a region of uniform electric field pointing in the +x…

Q: Calculate the current required in the coil of the figure to produce a flux density in the air gap…

A: Note : Unit of H A.V/m is confusing. we assume it as AT/m B=1.6 H75+H cross sectional area of core…

Q: Given a magnetic circuit as shown in Figure Q3(a)(i) where the core is a cast steel. B- H curve for…

Question

The rectangular loop shown in Figure (Q2) is coplanar with a long, straight wire carrying a
current (I). The loop has two sides of length (L) parallel to the wire, one at distance (a) and the
other at a distance (b) from the wire. Find the magnetic flux through the loop.
I
a

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 2 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

A finite length wire, which is bent as shown in the below figure, lies in xy-plane and carries a current I. If the magnetic flux density in the region is ?⃗⃗ = ?⃗⃗ ??⃗⃗⃗⃗ , determine the magnetic force acting on the wire.
Using the Biot-Savart law, find the magnetic field at point P that produces the circuit shown in the figure, where the curved parts correspond to a quarter circle of radii a and b, with steady current I.
2 very thin spherical shells are given as in the figure below. Let the loads with the inner shell load -Q and outer shell load + Q be uniformly distributed to these shells. What should be the electric field strength for the distance R inside the inner shell?
a) A circular loop of radius ? carries current ? as shown in the figure. Find the magnetic flux density ?⃗ at a point on the axis of the loop by using Biot-Savart law. Show all the details of Biot-Savart formulation b) A surface charge density exists on the hemispherical surface of the radius ? shown in the figure given as??⃗⃗ =?0????ê?A/m where ?0 is constant. i) Find the total current flowing on the surface ii) Using the solution of part (a), find the magnetic flux density ?⃗ at the origin ?.
A total charge of Q is uniformly distributed in a noncunducting sphere with a radius of R. A point charge with a total charge of -Q is at the center of the sphere. A. Derive an equation for the electric feild strength where r<R (in other words find the electric field strength when you at a radius less that R). B. Make a diagram and show the gaussian surface that was used to derive the equation
14 .Combining the equation for the convection current density and the equation relating the drift velocity and the electric field will yield: the point form of Ohm's Law; the equation relating the electron mobility and the mean time per collision; the mathematical definition of current density; (The answer cannot be found on the other choices.)
Q)In steady magnetic fields, can we define a potential function based on the current distribution from which the magnetic fields may be easily determined? Justify your answer.
Figure shows a Gaussian surface in the form of a closed cylinder (a Gaussian cylinder or G-cylinder) of radius R. It lies in a uniform electric field E with the cylinder’s central axis (along the length of the cylinder) parallel to the field. What is the net flux ϕ of the electric field through the cylinder?
The distance between parallel conductive discs in the Figure ? ? = 5 mm dir. Accept that the area between the disks is space and the potential at ? ? = 2 mm and the load on the disks find their intensity.
Experiments show that a steady current in a long wire pro duces a magnetic field that is tangent to any circle that lies in the plane perpendicular to the wire and whose center is the axis of the wire (as in the figure at the right). Ampère’s Law relates the electric current to its magnetic effects and states that C B dr 0 I where is the net current that passes through any surfacebounded by a closed curve , and is a constant called the permeability of free space. By taking to be a circle with radius , show that the magnitude of the magnetic field at a distance from the center of the wire is B 0 I 2pi r
As shown in the figure, there exists a non-uniform surface current density given as
A current of I=2 Amperes flows in the +z direction from the thin conductor wire extending along the z axis shown in the figure. Which of the following options is the magnetic flux passing through the area surrounded by the frame from the wire placed to the right of this wire and the common inductance values between these two wires?