Magnetic Fields Visualized!

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What is a magnetic field? In this video, we delve into the world of magnetism and help you unravel the mysteries behind magnetic fields. This captivating topic has intrigued scientists and laypeople alike for centuries, and we're here to break it down in a way that's both informative and engaging.

We start by explaining the basics of magnetism and how it relates to electricity. Then, we dive into the concept of magnetic fields, discussing their origins and the forces they exert on moving charges and magnetic materials. We'll also cover the properties of magnetic fields, such as their direction, strength, and the way they interact with other magnetic fields.

Throughout the video, we use vivid animations, real-life examples, and hands-on demonstrations to bring the concepts to life. This makes it easier for you to visualize and understand the principles behind magnetic fields, whether you're a student, teacher, or simply someone curious about the world around you.

By the end of this video, you'll have a solid understanding of magnetic fields, including:

The fundamentals of magnetism and its connection to electricity
The origin and properties of magnetic fields
How magnetic fields interact with charged particles and other magnetic fields
The real-world applications of magnetic fields, from everyday gadgets to cutting-edge technologies

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Seeing those old ring magnets takes me back to my childhood (in the 1960s). You'd find them in used television sets, mounted in front of the electron gun at the back of the CRT They were used to focus the electron beam.

robertlaws
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Need a course on stochastic process please 😊

nirre
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Is there a way I could get that cube? it looks SO cool.

riolu.x
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How do magnets work?

The magnet consists of concentric clockwise and counterclockwise dipole rings that extend from one pole to the other over the entire body of the magnet.

Dipole rings in the same direction attract each other, and dipole rings in opposite directions repel each other. Likewise, currents in the same direction attract each other and currents in opposite directions repel each other.

An electric current can induce dipoles in a magnetic material to form dipole rings. Moving magnets can induce electrons in a conductor to produce an electric current. 

Since a dipole ring has two magnetic poles, clockwise and counterclockwise, there cannot be a single magnetic pole.

ScienceBusted
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Folding or pushing a centrifugal magnetic polar arrays one pole into the other creates a field capable of nullifying mass.

GWAForUTBE
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I want that toy... I mean scientific 3d visual aid.

tonypickles
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i already know this this is in my class

harreydayondon
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Fantastic, however, they'll never tell you more than a magnetic field is comprised of virtual photons lol 😅

Time-Shepherd.
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I’m really trying to understand this but it seems hard for me ..not sure if it has to do with English not being my first language..but I’ve always had issues with comprehending things

Sun_Flower
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Maybe you can help me... can you change a magnetic field with other magnetic fields to change the space of the field? Or will forcing more magnetic field pressure just be the opposing fields just continually trying to oppose one another? Did I ask that right? Anyways, thanks

steventucker
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So is this mean sleeping to north healthy for blood iron

wizzer
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Light is not bound by matter and time, ,

BEYOND-EGO
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What's the matter inside the cube?

chemistnesma
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Why does the iron particles attract to both positive and negative?

jennifermadrigal-galbraith
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Nikola Tesla will give you a headache,

They should’ve let the guy build his things honestly.


We would be far now

BEYOND-EGO
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Any way of cleaning magnets to get rid of those iron pieces?

donc-m
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I mean yes, that was all true. Just... You know. Who doesn't know that already?

davidmurphy
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Notice gravity is compared to a magnet but it can't be the other way around people get butt hurt if you twist it around. 😂 The fact you use magnets 🧲 to prove gravity is astoundingly confusing as you condrict yourselfs by using magnistism to prove gravity, I mean I can't be the only one who finds this shit stuiped. I'm Guenuely asking this question for a reasonable answer.

matthewprado