Static electric fields never exist inside the good conductors. Why?

Q: Briefly explain what is Ampere's circuit law in Magnetostatic Fields.

A: In this question we explain about Ampere's circuit law

Q: Explain very briefly about the flux fringing and their place of occurrences.

A: Whenever the flux is developed within the air gap of the magnetic circuit, then this phenomenon is…

Q: Please explain why an armature voltage exists even when there is no flow of electricity through the…

A: According to Faradays law of electromagnetic induction, Armature voltage exist only when there is…

Q: ow electrical energy can be generated from wind

A: Most of human energy requirement is meet by generating electrical energy. Once electrical energy is…

Q: Whenever lines of magnetic force cut across a conductor: Select one: a. a voltage will be induced in…

A: The question is asking about the phenomenon that occurs when lines of magnetic force cut across a…

Q: (b) Figure Q3(b) shows a coils of 200 turns in uniformly wound around XX material with an average…

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Q: Explain the Basic Principles of Electricity?

A: Electricity: The set of physical phenomena known as electricity are those that are connected to the…

Q: 6-What is the name of the arrangements made with the aim of eliminating the potential differences…

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Q: how are magnetic field like models helpful

A: The pictorial portrayal of magnetic field lines is valuable in imagining the strength and heading of…

Q: list three factors that affect the resistance of conductors

A: The three factors that affect the resistance of conductors are - Length of conductor, l, Area of…

Q: The computation for the magnetic force due to a current carrying conductor requires the following…

A: We know  Force on a current carrying conductor in the magnetic field is given by F= I.l×B Where B:…

Q: Considering bare, covered, or insulated conductors, which is the most commonly used in electrical…

A: Conductors: They are the heart of electrical system as they carry electricity from one place to…

Q: What determines the polarity of magnetism when current flows through a conductor?

A: When the current flows through the conductor magnetic field is induced around the conductor.

Q: The magnetic material classified as Linear when is has * negative value of susceptibility and small…

A: Classification of magnetic materials:- Magnetic materials with a linear connection between M and H…

Q: mparison between magnetic and electric circuit?

A: the fallowing table gives the comparison between a magnetic and an electric circuit

Q: Explain electromagnetic effects in static conductors.

A: We need to discuss electromagnetic effects in static conductors.

Q: electric field density and voltage have an indirect relationship. why?

A: We know that   D= product of relative permittivity and electric field. And we also know that  E= V/d…

Q: List four electrical injuries and the cause of each

A: Electrical injuries take place due to various causes.

Q: When a moving conductor is placed across the magnetic field, voltage is induced. Explain further…

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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: Conductor AB in Figure below carries a current of 800 A flowing from B to A. a. Calculate the…

A: Given, magnetic field B=0.6 T Current in conductor =I =800 A F= force length =l =2 m

Q: (i) Explain the term 'permeability' and what is the unit used? (ii) Sketch suitable curve/graph that…

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Q: The correct answer is Andre Ampere. Explain his discovery in layman's terms. An illustration or…

A: Node: The meeting point of more than two branches in a circuit is referred as a node. At that node…

Q: Choose the conductor which exerts a mechanical force, when placed in a magnetic field.   a.…

A: Answer is option :d  Current carrying conductor

Q: what are two applications in which static electricity has some limited practical use

A: Static electricity occurs when there is an imbalance between positively and negatively charges…

Q: he real effects of electricity and what would happen if we lost it?

A: Real effect of electricity : Electricity plays an important role in our day to day life it has…

Q: Electrical wire and their significance?

A: There different color wires are used for the different purpose. In DC system: The red color wire is…

Q: What determines the strength of the magnetic field when current flows through a conductor?

A: Magnetic field strength refers to the ratio of the MMF which is required to create a certain Flux…

Q: Are electric fields conservative?

A: The objective of the question is to determine whether electric fields are conservative or not. A…

Q: What is the permeability and magnetic susceptibility of a superconductor

A: In this question we will write about permeability and magnetic susceptibility of superconductor...

Q: what are the manifestations of electricity

A: manifestations of electricity?  It's related to electric charge of the lights.  Define the…

Q: Compare the common three parameters of electric circuit (voltage, current & resistance) with a…

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Q: Q1. Static electric fields never exist inside the good conductors. Why?

A: Ans. In good Conductors free charges are exist at the surface.

Q: What is the symbol for the magnetic field strength?

A: H - is the symbol for magnetic field strength

Q: Explain the different conductor types, sizes, materials, and configurations.

A: Electrical conductor: The electrical conductor is the kind of metal that permits the electrical…

Q: The magnetic material classified as Linear when is has * small value of both susceptibility and…

A: Magnetic field and the electric field form important parameters . The magnetic field is produced by…

Methods of Wiring

Electrical wiring is the way of integrating cables and wires to interconnected equipment such as fuses, switches, sockets, lights, fans, and so on to the main distribution board, which is a specific structure attached to the utility pole that ensures a constant power supply.