Inductors|3d animation

[@Silvia-Shade]

I need more of these. very well explained.

[@arjumandvillagelife]

yes

[@LalaJutt-i2i]

Yes

[@myyroseshahab]

Yes

[@Skibidi_Male_X]

Magnetism is very cool, I love induction and transformer theory, that an induced load can cause a reaction on another coil. Very cool

[@jeanantinabeau2830]

oui. Et c'est très important car c'est le principe de la radio , de la télévision, du WIFI et de beaucoup d'autres appareils .

[@divya.21]

We need more videos like these......🙏 its really help full

[@staotheduck4853]

10/10 explanation ❤

[@eliasxworley]

9/10 electrons move extremely slowly within wires. Good representation of magnetic fields poor for currents

[@Ittybittythetwofacedkitty]

As an English teacher, when you said “more stronger” I felt sad

[@uxbf_hdnc]

More powerful ?

[@IsItEvenWorthIt]

What if he added a much in front of more stronger

[@billyzemouri1586]

We know it’s stronger But sometimes believe me that when you say more stronger means more stronger 😅

[@billyzemouri1586]

More stronger in stronger than stronger 😅

[@mr.z8378]

​@@billyzemouri1586 yeah 😂

[@SurafelTsagaye]

Thanks brother

[@nathandog8334]

Lol😂 the magnetic field will be going in the other direction 😂 so Clockwise 🔁 but I like the effort

[@sil9427]

what does it matter

[@BADBOY-pp1rk]

L love this channel so much thats what we learn in class

[@kagan6724]

Which program ia used to make this animation video? I LIKED THAT

[@JAyjofirst]

Wow perfect explained♥️

[@IPROMISEME.227]

Thanks for this great explanation! I noticed something and want to ask about it ... Why do the electrons leaving the battery move from the negative pole to the positive pole?

[@helderoshiro677]

The electron has a negative electrical charge. So, a positive current flows in the oposite direction compared to the electron.

[@TechsScience]

Which app or software are you using for this animation?

[@Twelve12202]

Thank for Video

[@Fluffmachine]

This is fantastic keep it up

[@petertwiss356]

That is the right explanation. Great video

[@welcometojokersworld7811]

The inductor never changes it's current direction.

[@manojbamnia4756]

Thanks, if like this video i got in my ( 2009-13)Electronics & Communication . I would have scored better with less tension on my mind. Young generation learn well. Anyways am still learning😊

[@goldenbear8378]

Awesome! Thank you!

[@gymfreak_rahul]

thanks for explaining

[@JemalAhmedHassen]

More please❤

[@tim_allen_jr]

My brain thanks you for your contribution

[@lamorfus]

¡Gracias!

[@РоманЕрофеев-х2е]

Ошибки в направлении магнитного поля. Учите правило буравчика!

[@tirulogachandark6370]

​@@frostviger1512 hard reality ❤❤❤

[@micah2936]

When the current stops flowing isn’t the anode and cathode of the inductor switched? Hence the need for a fly-back diode? So wouldn’t the north pole of the magnetic field need to switch in the animation?

[@internationalmasterspeaker1879]

Waw very nice idol 💕

[@Elijah-n6s]

Wouldn't the field be larger and stronger, making more energy if we stick ferrometal in the coil?

[@mandy2tomtube]

These are great videos please fix the grammatic errors it’s not more stronger

[@amiteshkumar2168]

Wow

[@adityaraj2146]

Can someone please explain. How does the energy get stored in the coil?? And where does this energy is used after closing the switch of the coil???

[@اللهملكالحمد-د7ت]

Does this explain the ignition of the tast lamp when the neutral is cut off?!! I mean, is the weak magnetic field generated by the heat responsible?!

[@arjumandvillagelife]

great ❤👍 from GB

[@sir.1639]

GB= gilget baltistan?

[@arjumandvillagelife]

@@sir.1639 yes

[@sir.1639]

@@arjumandvillagelife than love you being Pakistani ❤️

[@gmgunner]

Who created this animation, serious question?

[@williamarmstrong1218]

Well explained, but isn't the direction of the magnetic field wrong?🤨🤔

[@electronicguy420]

when

[@thehookersful]

Like the whole time, I was getting triggered watching this video, like great animation but exactly opposite Right hand rule, in classical EE current moves from positive to negative, magnetic field travels around the direction of the current in a clockwise manner

[@Mangekyo__]

Awesome

[@JorgeSantos-uw3gk]

What if you disconnect the inductor from the circuit simultaneously while it’s completely charged

[@Zoli049]

Does the battery flow from the positive pole to the negative pole? I don't know the coloring of the "network", here the phase is black, red used to be grounding.

[@komododragon410]

So, like a capacitor?

[@Elijah-n6s]

What is the purpose, to lengthen the life of the battery? Why not make miles of coils, so we could get hours of energy from the magnetic field collapse. Or would it equal out due to needing extra energy to charge up the field? But if the field is secondary to the electrons moving to load then no extra energy is needed to build the field only extra wire for the coils, right?

[@adilelmoussaouimohamed5571]

Hi, i want to ask you one thing. What I need to learn to know about electricity and magnets ?

[@Manu-Official]

A physics teacher

[@emoubin5601]

Go to a vocational school and electrician job there, if you're legit passionate about that topic and want to learn more, if you have good teachers you can ask them anything about electricity and stuff like that and they are glad to explain it to you.

[@BabyMessi_]

Diffe ential equations and maxwells equations

[@user-yyw-v2r]

Can ac current produces magnetic field??

[@2010andrew]

thanks for vid!!! 👍 ... those are the principies of the inductance...

[@Garfield_Minecraft]

Is that how battery store energy?

[@PintuMahakul]

👍 Wonderful video art! Amazing magnetic field. Thank you very much for sharing.

[@Ansh_Rblx]

It works like capacitor

[@scott32714keiser]

you got one of the field direction wrong. not 100% but i believe its the right hand rule so the arrows go in the other way on first clip.

[@sincerefuller5399]

So is it basically like/similar to a capacitor?

[@legalize420]

Why are you using a battery in your example? It doesn't work with Direct Current. You need Alternating Current. The wall outlet is what you need for that.

[@bharanimani2742]

In DC supply magnetic field produce???

[@gdlifesteal5824]

in this example, could the inductor not simply be replaced by a capacitor for the same result?

[@sanahaskuranage8071]

Yes but then inductor stores energy in the form of a magnetic field, and the capacitor stores energy in the form of an electric field.

[@Zucc0]

yes, but when they get disconnected and release the energy, inductors also flip the polarity, and in many application it could be useful such as in a boost converter

[@Ittybittythetwofacedkitty]

Add a capacitor and you have a tank circuit

[@sir.1639]

please i have doubt at switch 2. as you will close switch 1 and and connect switch 2, connection will cut and there will be no movement of charges

[@tawfikyakubu]

Can I use this method to make a wireless charger

[@11_akashkamble8]

You have connected dc supply so constant magnetic field are produce then how generate voltage or emf because to generate emf Faraday’s law of electromagnetic induction is necessary but here that law not applicable due to constant magnetic field?

[@olamidejogunomi2561]

Simplicity is power

[@thetastelesschef7463]

What of there were 4 or 5 coils In line? Would this help, hurt or do nothing for the charge?

[@mqb3gofjzkko7nzx38]

Adding coils in series means you add the inductors together. So 4 coils in series gives you 4x the inductance.

[@FatemaNaqvi460]

Pls explain the topic of Class 12 electromagnetic induction and all complex topics pls ,🙏🙏

[@apscafe]

Nice nice 👍

[@armanshaikh7803]

Nice vedio

[@igoteverything88]

does positive side of the battery make a difference in the direction of flow?

[@dougfoster445]

Yes. Electrons flow from the negative end of the battery to the positive end of the battery

[@yashnimje8769]

The magnetic fields u shown in the video is in opposite directions as u say current it must be in clockwise sense

[@Dhmhtriou_]

Exactly bro

[@Sy3d._.0scp]

I was rushing to say this..

[@cenkedits1777]

Finally the comment that says this

[@arthuryu6602]

I think he is representing current as electron current, which is flow of negative charges, which is opposite of conventional current, flow of positive charges. So in this case, the fields he's shown in the first two examples are correct, as electron current is same as conventional current in opposite direction, which would produce the correct magnetic field as shown. But when he moved to the circuit, he is showing the magnetic field as produced by conventional current flowing right to left, but he set up the battery such that electron current is flowing right to left. So in that case his magnetic field is in the wrong direction. Anyhow, inductance is not that important in DC circuit, all it does is slows down the change in current. So without any inductance, the current in DC circuit would ramp to its desired value instantaneously, but with inductance, the current would increase linearly with time, and discharge in the resistor like an negative exponential.

[@lsuzalsingha7686]

@@arthuryu6602 True!

[@honeybadger2371]

What's the difference between inductor and capacitor?

[@mqb3gofjzkko7nzx38]

A capacitor holds a voltage. An inductor holds a current.

[@monirelectronicsplumbing720]

Bro, how do you do MCB circuit 3D video editing, please give me the link of the software.

[@TechsScience]

I am asking for the same

[@victorcallender1311]

Im still learning but that sounds just like a capacitor and an Inductor. Capacitors and Imdictors act quite similar. I think Capacitor's hold more energy though.

[@Thescienceworks]

Capacitor and inductors are similar in many aspects, both are reactive components .one of the major difference is that a Inductor stores energy in form of magnetic field on the other hand a capacitor stores energy in the electric field. Thanks for showing interest...

[@victorcallender1311]

@@Thescienceworks Ooo that makes sense. That's when a wire is coiled around a nail and energy flows throw it becomes magnetic.

[@evangaming7447]

@@victorcallender1311 capacitors are DC and inductors are AC iirc

[@victorcallender1311]

@@evangaming7447 Ok.

[@markp8295]

​@@evangaming7447 That is incorrect. They make AC capacitors. Capacitance in AC Circuits results in a time-dependent current which is shifted in phase by 90 degreeswith respect to the supply voltage producing an effect known as capacitive reactance. Also inductors, electromagnets and solenoids work with DC just fine. It's only transformers that are AC only as they induce current in the secondary winding due to a changing magnetic field.

[@27LORDDONLALO]

THE MAGIC OF ELESTRISITY

[@erichsh58]

If a wire is formed into a coil does that reduce either the voltage or current to the light due to the storage of energy in the coil? As opposed to a straight wire of the same length?

[@ryancalvert787]

kzbin.info/www/bejne/qZmtcolrbrOGbM0

[@samueladitya1729]

The coil stores current, prevent sudden changes of current. Assume the resistance is ignored, the current will gradually increases till the light reach source voltage (if the source is dc). If the source is AC, it will become impedance and less voltage and current to the light, so it will be dimmer.

[@musaabqamar2006]

How these animations are made. I have a lot of such concepts but dont know how to make such animations. Any tutorial available... Plz refer to me... Thanks.

[@TechsScience]

Have you found the app I am also searching for it

[@musaabqamar2006]

@@TechsScience then how you are making such videos if you dont have such apps....? 🐍

[@zerdgeofficial]

Literally a capacitor but it’s for uninterruptible current instead of voltage

[@opkiller5084]

I think Duracell sponsored this video 😅

[@zakiosman8757]

من فضلكم لماذا لا يستخدم الفيريت كور قلب للمولدات بدل الحديد و ماذا لو استخدم

[@utkarshmahamure7145]

Excellent informative video Sir, please keep give us more videos

[@mohamudsaidmohamed3838]

So same like a capacitor ?

[@naghamamgad]

❤❤❤❤❤❤

[@mohdsaleh3621]

Good job

[@tejvirsingh3904]

Please explain in Hindi also❤

[@roshanlalsonwani419]

Yaha par to cell lga hai jo dc supply hai or inductor AC ME ऑपरेट होता है

[@slimanelbarouni2284]

Keep it up, nice explanation 👍

[@lptf5441]

So now we have speech synthesis that has a speech impediment?

[@jayarajjayaraj7032]

Tnx

[@AbhiYadav-jy3ej]

Need more videos

[@myyroseshahab]

I subscribe your channel sir make a video include magnet coil for gold detection i mean how can I make an electronic dowsing rod or single or double antenna 📶 long range locator thanks

[@jahidhasansabbir726]

nice❤

[@Ghasthund]

So it’s a mini battery?

[@MonyetBertongkat]

Its just like a capacitor

[@ronishbarakoti4371]

Hello sir you have any idea how to make anti-iron

[@broderickcamel1701]

i think you need AC for the demo to work huh?

[@pdab5550]

good 🙏

[@joshplayzgamezz]

"more stronger" ahh yes, i love it when things are more stronger

[@emberpoptartkittenz6040]

The liberty engine project, by " hidden technology" features this type of technology in order to make electricity

[@mqb3gofjzkko7nzx38]

Too bad you can't get more energy out of an inductor than you put in.

[@kawaki4277]

This is the reason when u off the switch then the bulb is glowing but at dim intensity

[@krzysztofjuszczak906]

aren't the magnetic field lines the wrong way?

[@n.lyndley.9889]

More stronger ❌ Stronger ✅

[@icefreezer7]

I need a full video of this

[@EBKAI_JitendraDudi]

can you tell me the coil is used for storage of energy

[@antoniogolino8315]

@

[@Rockykashmir]

Yes

[@ansiiiburki]

❤❤

[@musicearth3395]

This is how transformer work based on the primary and secondary winding

[@SunidhiSaini-mh8or]

Self inductance ki application??

[@vickyatiya3929]

Not sure if the direction of the magnetic fields is correct

[@academiadaeletricidade]

It's not correct the direction! The author needs to fix it!

[@kodelesline1379]

What's the point of an alternating current video 🤔

[@AXE668]

more stronger?

[@cerrajeriamultllaves]

Hace la misma función que un capacitador?

[@Yucantan]

trial testing welding Tranformators...?...... how reaction Fluktuatif magnetic energy...???