Magnetism and Magnetic effects of Electric current current

Magnetism and Magnetic effects of Electric current current, available at $44.99, has an average rating of 2.5, with 19 lectures, based on 3 reviews, and has 16 subscribers.

You will learn about Magnetism , magnetic materials magnetic field lines and their properties Diamagnetic paramagnetic and ferromagnetic materials and their properties ,Domain theory of ferromagnetism Biot Savart law ,Magnetic field due to straight wire , Magnetic field due to circular wire , semicircular wire and circular arc Amperes circuital law Motion of a charged particle in a magnetic field Cyclotron principal , construction and working Force on a current carrying wire placed in a magnetic field Force between two parallel wires carrying current Suspension type and western type galvanometer Magnetism This course is ideal for individuals who are This course is for students looking to stregthen their concepts of Magnetism and magnetic effects of current for AP Physics course C:Magnetic fields or Students in grade XI and XII or Students preparing for advance Placement exam or any university admission test or Students preparing for JEE,NEET,CBSE exam or Students preparing for various engineering or medical entrance examinations It is particularly useful for This course is for students looking to stregthen their concepts of Magnetism and magnetic effects of current for AP Physics course C:Magnetic fields or Students in grade XI and XII or Students preparing for advance Placement exam or any university admission test or Students preparing for JEE,NEET,CBSE exam or Students preparing for various engineering or medical entrance examinations.

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Summary

Title: Magnetism and Magnetic effects of Electric current current

Price: $44.99

Average Rating: 2.5

Number of Lectures: 19

Number of Published Lectures: 19

Number of Curriculum Items: 19

Number of Published Curriculum Objects: 19

Original Price: $19.99

Quality Status: approved

Status: Live

What You Will Learn

Magnetism , magnetic materials magnetic field lines and their properties
Diamagnetic paramagnetic and ferromagnetic materials and their properties ,Domain theory of ferromagnetism
Biot Savart law ,Magnetic field due to straight wire , Magnetic field due to circular wire , semicircular wire and circular arc
Amperes circuital law
Motion of a charged particle in a magnetic field
Cyclotron principal , construction and working
Force on a current carrying wire placed in a magnetic field
Force between two parallel wires carrying current
Suspension type and western type galvanometer
Magnetism

Who Should Attend

This course is for students looking to stregthen their concepts of Magnetism and magnetic effects of current for AP Physics course C:Magnetic fields
Students in grade XI and XII
Students preparing for advance Placement exam or any university admission test
Students preparing for JEE,NEET,CBSE exam
Students preparing for various engineering or medical entrance examinations

Target Audiences

This course is for students looking to stregthen their concepts of Magnetism and magnetic effects of current for AP Physics course C:Magnetic fields
Students in grade XI and XII
Students preparing for advance Placement exam or any university admission test
Students preparing for JEE,NEET,CBSE exam
Students preparing for various engineering or medical entrance examinations

Magnes, while tending his flock, noticed that pieces of a certain type of rock were attracted to the nails on his shoes and to his metal staff .

This phenomenon was called magnetism and, as time passed, further studies of the behaviour of this rock revealed several curious effects.

For example, a piece of this rock could either attract or repel another similar piece . This effect seemed to result from two different magnetic effects, so investigators thought that there must be two different types of “magnetic ends,” or poles, on the rock.

This observation led to the law of magnetism, which states:

Like magnetic poles repel and unlike poles attract each other.

In 1269, Pierre de Maricourt was mapping the position of a magnetized needle placed at various positions on the surface of a spherical piece of this rock. He observed that the directions of the needle formed a pattern that encircled the rock, like meridian lines, and converged at two points on opposite ends of the rock. When this rock was then suspended by a string, the two converging points tended to align along Earth’s north–south axis. This property of the rock earned it the name “lodestone” or “leading stone.” Maricourt called the end pointing northward the north-seeking or north pole and the end pointing southward the south-seeking or south pole. All magnets have both poles. Lodestone, which contains the mineral magnetite (Fe3O4), was later used in the development of compass technology

Magnetism plays a major role in your everyday life.

All electric motors, with uses as diverse as powering refrigerators, starting cars, and moving elevators, contain magnets. Magnetic resonance imaging (MRI) has become an important diagnostic tool in the field of medicine, and the use of magnetism to explore brain activity is a subject of contemporary research and development.

Other applications of magnetism include computer memory, levitation of high-speed trains, the aurora borealis, and, of course, the first important historical use of magnetism: navigation. You will find all of these applications of magnetism linked by a small number of underlying principles.

In this course , you will learn that both the internal properties of an object and the movement of charged particles can generate a magnetic field, and you will learn why all magnetic fields have a north and south pole.

You will also learn how magnetic fields exert forces on objects, resulting in the magnetic alignment that makes a compass work.

You will learn how we use this principle to weigh the smallest of subatomic particles with precision and contain superheated plasma to facilitate nuclear fusion.

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction

Lecture 2: Magnetism Introduction

Lecture 3: Properties of magnets

Lecture 4: Magnetic field lines and their properties

Lecture 5: Magnetic dipole moment

Lecture 6: Current loop as a magnetic dipole

Lecture 7: Diamagnetic and paramagnetic substance

Lecture 8: Ferromagnetism and Domain theory

Lecture 9: Oersted Experiment

Lecture 10: Biot Savart Law and magnetic field due to straight wire

Lecture 11: Magnetic field due to circular wire

Lecture 12: Magnetic field on the axis of circular wire

Lecture 13: Motion on a charged particle moving in a unifprm magnetic field

Lecture 14: Problem based on motion of a charged particle moving in a magnetic field

Lecture 15: Force between two parallel wires carrying current

Lecture 16: Torque on a current carrying rectangular coil placed in a magnetic field

Lecture 17: Suspension type moving coil galvanometer

Lecture 18: Voltage and currtent sensitivity of galvanometer

Lecture 19: Conversion of galvanometer into ammeter and voltmeter

Instructors

Gagan Deep Ahuja
"Empowering Minds, One Click at a Time"

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5 stars: 1 votes

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