So what exactly is the purpose of an inductor? How do we benefit from its property of storing energy in the form of a magnetic field? I think the video well explained how an inductor work but, not why is it necessary in a circuit
You state that caps store energy in voltage and inductors store energy in current. Wrong inductors store energy in its magnetic field. Yes, the energy in an inductor is equal to 1/2 times the inductance times the square of the current, energy = 1/2LI^2 , for purposes of computation, but the storage actually is in the magnetic field.
@Tributary House Ltd. But the Seriously wierd thing is when there is no dielectric or magnetic material, the energy is stored in Space !! Then What's even wierder is that C increases as physical size decreases !?
Interesting about the spark across the switch. I am planning to use a mechanical relay to turn a hotplate on and off. It has a standard 1500W stovetop coil heater element. I wonder if this coil will have enough inductance that I should be concerned about arcing in my relay? My guess is that the inductance is quite low but if anyone knows otherwise let me know.
Longer will only confuse you more ! All you need is what Michael Faraday discovered, and definitions of Units. Volts, Amps, Henry, magnetic Flux. This bloke is a Tosser !
Now, use some nice transformer or inductor with the iron core (it may work without it, but...). First, make contact clean so that you can hold the electrodes. Briefly connect both electrodes while holding it's ends to the battery (small one, 3.7V, 9V, 12V...), and when disconnect - small shock. Show it to your friends and ask exact moment they "saw the stars". :D
Capacitor hold a charge , till it is discharged , that is why working on a TV Microwave or appliance you first ground it out , a 220 volt 15 amp capacitor can kill you .
@@JCcanU The same thing with inductor - it hold magnetic field while current flows. When rapidly current stop flow - magnetic field collapses as fast as stray capacitance allow it. If capacitor is in parallel with the inductor, then it slows down rapid magnetic field collapse, thus producing less voltage difference at the coil outputs. Grounding one end of the inductor will not prevent anything. There is also no "15 amp capacitor". Capacitor store energy and it is expressed in Joules, and it has letter for energy 'E'. Thus, E=1/2 V^2 * C (one half times square of the capacitors voltage times capacitance).
It is interesting to discuss what was said at 1:25 through the statement," Generates a voltage that resists the current coming from the source!". In the diagram shown at 1:25 it is clear that the current of electrons is shown going into the positive terminal of the battery and they are shown going out of the negative terminal. This is obviously correct. Then " current coming out of the source" means that it is coming out of one terminal and going into the other of the source!!!! Then there are two arrows at 1:23 shown going in the same direction which presumably refers to the current and then another set of arrows going in the opposite direction. Well, the fact that the electrons are emerging from one terminal and entering through the other to mean would require the arrows showing the current to be in opposite direction to represent the entering and emerging of electrons from the source! Perhaps I am being too fussy!
But there would be a Splat at turn-on then, since the lamp filament will be cold and low resistance. With a C across the coil - or switch - the result is just like a hammer hitting a Spring. The softer the spring, (bigger C) the longer the pulse, and the lower the peak force, volts.
Do you have more on inductors? Like LC circuits? Because the course I took on basic electronics was over a decade ago, and I seem to remember something about the contracting magnetic field creates a current reverse that of the current that created it.
Why does an inductor able to be induced voltage by using a DC supply? Since DC flows only one direction and has a constant magnetic flux. Doesn't that mean the rod cant be able to induce voltage according to faradays law as it needs alternating current to do so?
What an authoritative sounding Get. Michael Faraday discovered the law of magnetic induction. I.e. that a CHANGING magnetic field causes a voltage in a loop, or circuit encompassing that changing field. The voltage, e, in Volts will be equal to the number of Webers of flux change per second - in each and every loop around it. It is that simple. N.B Iron saturates towards 1 Weber/m^2, i.e. more magnetising force H, amp-turns/metre, will not make the increase in magnetic field strength, (B,) ( flux density(Wb/m^2) ), that it did at lower flux densities. Inductance is exactly analogous to Mass in mechanics, if Voltage is analogous to Force (Newton's), and current (amperes) is analogous to speed. The relationships are precisely the same, Viz, Induced EMF, e = N.dFlux/dt Force, f = M.dv/dt L (Henry) is defined as flux-turns per ampere, If Flux is measured in Webers. So if, for instance you double the number of turns around a given iron core, you get twice the flux for the same current as before AND, twice the number of turns, so you have Four times the inductance - as long as the iron does not get Saturated !! Inductance proportional to N^2
The inductance is a value attributed to components within the circuit. So yes. Any wire/coil has some inductance. At some point you will apply or disconnect the DC source, and then apply an impulse to the circuit. In the stable (DC) situation, all of the inductors have zero resistance, and all of the capacitors have infinite resistance. In between, where we have some AC current, there will be out of phase reactances coming into play to cause oscillations of voltage and spikes of current etc. Combinations of LRC values in a network.
F=1/T T=R.C T= R.1 * XL R1is resistane of lamp XL = resistance L (coil) henry= H So ..... F= 1/ R1x XL : R1= 220ohm XL= 100uH = 0.001Henry So as = 1/0.22=4.5sec After your turn switch open switch cuicuite Lighting is darkness slowly with 4.5 sec time
It is nice speaker. But, there is so difference here, you use DC voltage. But the inductor is considered as short circuit in DC, where V=L*di/dt, and there is no change in DC voltage or current. However, if you use AC source, I completely agree with you.
Inductance just does its thing regardless. This bloke explained nothing. Inductance is Flux-turns per Ampere. The EMF (volts) opposing the current is Always L, the inductance in Henry's, times the rate of change of current. Inductance is the analogy to Mass in mechanics.
no, but a metal core increases inductance using less turns in a coil For example: a 5-turn coil can give 1 henry a 5-turn coil with a metal core can give 2 Henries
wait, so if i run a 20mhz at voltage ac i can expect a discharge bolt out of the blue, so this is why people put a arc pole near the coil to discharge to earth any spike that comes off when switching off, i have a three phase induction heater on it's way so i can expect a massive arc bolt at tripple the voltage spike arc off to bolt hopefully it won't cause a earthquake, i'll go easy and try to remember this spark off end thing each time i might put a warning note in vivid permanent marker to keep back when switch off , thanks you so very much i nearly for got about that, i might tone it down
hey there, I am wondering if you could explain how to create a e-cigarette at home that uses common AA batteries instead of lithium... I am thinking that a circuit that uses 3 or 4 AA batteries with some capacitors, resistors and a inductor may do the trick but I lost the knowhow decades ago... could you create a video about this??
The E-cig doesn't care about the type of battery you use. It only cares about its shape (if it has a battery cavity), the voltage, and current supplied. If the AA has the same voltage and current rating as the Lithium, it will function the same. If not, you need to convert the battery power to an acceptable operating range for the device.
2:05 when you open the switch the light will go out immediately as there is no longer a closed loop (kirchoff's law). The voltage will rise as the field collapses but it will not magically keep the light bulb lit with an open circuit. incorrect visual.
Sorry, you state that T=L/R but don’t bother to explain what L and R stand for. If you are going to try to teach as it appears that you are, then you need to explain everything and not just assume that everyone watching knows how it all works. If I knew, I wouldn’t have bothered to watch someone sprouting that they were capable to teach what inductance is and how it works. A half done job is ether never started. Pity, I was hoping to learn something but obviously I need to look elsewhere. Reminds me of a physics teacher I had in high school whose attitude was, I don’t need to explain how I got that formula, you just have to accept that it’s true because I told you to. Cool, made me hate physics for years and made my studies for my pilots licence that much harder. Glad I’m better now but you just gave me a relapse. Sorry, 1 star at best
fayiz ali , its not T ,it is t t - time constant t=L÷R if we connect capacitor,then time constant t=RC where R - Resistance in the conductor and c is capacitance
Its bothering me that the flow of electricity is flowing the wrong way in the diagram... xD it goes from positive to negative. Positive is the energy contained, and negative is the energy drained.
Depends entirely on the application. The good thing about no core is that you don't have saturation to consider. The bad thing is that the inductance provided is relatively miniscule !!
The whole explanation is compromised because you make the mistake of asserting magnetic poles. There is no such thing: only loops of magnetic field (divB=0). It is the field lines, more properly the flux , INSIDE the coil, which leads to the phenomenon of inductance. Otherwise OK.
Hey wait!...you said if the open the switch and stop the flow of current, the electro magnetic field will diminish rapidly and simultaneously release energy in the form of VOLTAGE? it's supposed to be IN THE FORM OF CURRENT because inductors store current and not voltage. Capacitor stores Voltage. I think there's a slight mistake in your narration. In the later part of your explanation you said it correctly that capacitors store voltage and Inductors store current, both of which are still of course energy. Please don't get me wrong...I am not being sarcastic...I just noticed something that needs correction in your narration. Peace Bro!!!...BTW just a suggestion, it's better to show the circuit in parralel connection 'coz it's easier to be understood than series connection although both are correct I know.
Itu pakai lampu emergency, jadi hampir semua orang sudah pada tahu dipegang pakai telunjuk pasti nyala, bagai mana dengan Video yg tidak menggunakan lampu emergency tapi pakai bohlam lampu jadul tapi ternyata nyala juga kira kira rahasianya dimana atau memang betul betul magnet dapat menimbulkan arus listrik???????
john john what a piece of shit you are...not everybody understands it the first time especially if they've not been in touch with the subject for a long time. You're probably in school learning this stuff and yet you needed this video to make sense of what you're being taught in school. Your IQ is definitely below 90 I'm sure.
The stupid loud intros and background music is not necessary and not appreciated by most viewers . It puts many people off watching otherwise interesting videos....
Poor Pictorial ! The electron flow, (- balls ) , should be miniscule when switch closes : say 1 electron /10sec,. S_L_O_W_L_Y increase to say 10 electron/sec. observerms
Pablo Trobo Unnnnnnn-Believable!!! Surprised?.......... (NO) Instead of wasting time negatively commenting on a irrelevant point, Would it have KILLED you to show some kind of appreciation for the effort, time, and knowledge this {TH-camR} willingly added to the vast amount of educational information already available for ALL to benefit from????? Don't get it twisted....... (YOU) just like everyone else, is entitled to his or her own opinion. I mean DAMN!!!! Following your....🤔Negative comment, you (COULD) of followed up after saying something like, " Didn't care too much for the intro (but, overall information was great, good, well put, easy to understand. Thanks." or SOMETHING of the sort. This is PROOF, of how SPOILED, most of (The World) is today. (Expecting) everything to be in a (P.C.P.)(PERFECTLY CONVENIENT PACKAGE). Traditionally dressed up. In my (OPINION), {AFTER} recalling IF..... the intro was actually bad or not, the next thought that came to my mind is...., "WOW!!! What an ungrateful person!" Just by the (OPINION) you left. We ALL know how (S.S.S.) Super Stupidly Sensitive, the world is nowadays..........soooo, just a Reminder: "I am NOT, trying to "grill" you, or nor is it my intention to talk down upon you, Mr. Trobo. I'm just simply exercising my right to voice my (OPINION), As you have done so. May (COMPASSION) be something that you learn to strengthen, my friend. Salutations.
You certainly have a bigger emotional investment in your comment than I had in mine. I regulary praise a lot of the you tubers hat I watch and I agree that this time my comment was a bit tacit. Ok. I admit that I didn't wrap my suggestion in cotton balls, but it was far from aggressive, and even I will say, far from insulting. It was just a practical suggestion. Insensitive? May be, but not mean and destructive. Just tacitly expressed . Barren thoughts, not mean. The rest, you added.
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Tech Maker how do I get one of them for my fm trap I made to stop interference from radio station
@@kevinjones8821 Nice 👌👌
Visit on #creativeshivaji
So what exactly is the purpose of an inductor? How do we benefit from its property of storing energy in the form of a magnetic field?
I think the video well explained how an inductor work but, not why is it necessary in a circuit
Thank you very much for the Video. It Helps me a lot.
Well Explained.
Thank you for the information
+M mangla welcome.
educational 3 minutes.. good work.
+Dok No See thank you
You state that caps store energy in voltage and inductors store energy in current. Wrong inductors store energy in its magnetic field. Yes, the energy in an inductor is equal to 1/2 times the inductance times the square of the current, energy = 1/2LI^2 , for purposes of computation, but the storage actually is in the magnetic field.
I think he's talking about how they release the stored energy - the explanation was porrly worded
TheSpeklOne then he failed to explain the lesson properly.
sub vibrant tech bro u will get beta staff
It stores current in the magnetic field...
@Tributary House Ltd.
But the Seriously wierd thing is when there is no dielectric or magnetic material, the energy is stored in Space !! Then What's even wierder is that C increases as physical size decreases !?
Great Scott, I will stick with my Flux capacitor
great video ,should had been little more examples
Interesting about the spark across the switch. I am planning to use a mechanical relay to turn a hotplate on and off. It has a standard 1500W stovetop coil heater element. I wonder if this coil will have enough inductance that I should be concerned about arcing in my relay?
My guess is that the inductance is quite low but if anyone knows otherwise let me know.
This is very short video on inductor subject, please make long video with full description on inductor..... thank you
Longer will only confuse you more ! All you need is what Michael Faraday discovered, and definitions of Units. Volts, Amps, Henry, magnetic Flux. This bloke is a Tosser !
What kind of animation program did you use? Thank you in advise.
Now, use some nice transformer or inductor with the iron core (it may work without it, but...). First, make contact clean so that you can hold the electrodes. Briefly connect both electrodes while holding it's ends to the battery (small one, 3.7V, 9V, 12V...), and when disconnect - small shock. Show it to your friends and ask exact moment they "saw the stars". :D
Capacitor hold a charge , till it is discharged , that is why working on a TV Microwave or appliance you first ground it out , a 220 volt 15 amp capacitor can kill you .
@@JCcanU The same thing with inductor - it hold magnetic field while current flows. When rapidly current stop flow - magnetic field collapses as fast as stray capacitance allow it. If capacitor is in parallel with the inductor, then it slows down rapid magnetic field collapse, thus producing less voltage difference at the coil outputs. Grounding one end of the inductor will not prevent anything. There is also no "15 amp capacitor". Capacitor store energy and it is expressed in Joules, and it has letter for energy 'E'. Thus, E=1/2 V^2 * C (one half times square of the capacitors voltage times capacitance).
Animation software used here ?
It is interesting to discuss what was said at 1:25 through the statement," Generates a voltage that resists the current coming from the source!". In the diagram shown at 1:25 it is clear that the current of electrons is shown going into the positive terminal of the battery and they are shown going out of the negative terminal. This is obviously correct. Then " current coming out of the source" means that it is coming out of one terminal and going into the other of the source!!!! Then there are two arrows at 1:23 shown going in the same direction which presumably refers to the current and then another set of arrows going in the opposite direction. Well, the fact that the electrons are emerging from one terminal and entering through the other to mean would require the arrows showing the current to be in opposite direction to represent the entering and emerging of electrons from the source! Perhaps I am being too fussy!
Beautiful and abstruse
👍
Would a correctly sized capacitor across the inductor prevent the spark from occuring?
But there would be a Splat at turn-on then, since the lamp filament will be cold and low resistance.
With a C across the coil - or switch - the result is just like a hammer hitting a Spring. The softer the spring, (bigger C) the longer the pulse, and the lower the peak force, volts.
Thank you.
Do you have more on inductors? Like LC circuits? Because the course I took on basic electronics was over a decade ago, and I seem to remember something about the contracting magnetic field creates a current reverse that of the current that created it.
No,but planning to make.
Handy mit Empfänger versehen
good tutorial
thenx...from Tanzania
+daudi maniseli nice
clearly explained
This video changed my whole life. (sarcasm)
Thanks Great information idea video channel
Thanks
Why does an inductor able to be induced voltage by using a DC supply? Since DC flows only one direction and has a constant magnetic flux. Doesn't that mean the rod cant be able to induce voltage according to faradays law as it needs alternating current to do so?
very interesting, thank you. 👍👍
+med sousane welcome
What an authoritative sounding Get.
Michael Faraday discovered the law of magnetic induction. I.e. that a CHANGING magnetic field causes a voltage in a loop, or circuit encompassing that changing field.
The voltage, e, in Volts will be equal to the number of Webers of flux change per second - in each and every loop around it. It is that simple.
N.B Iron saturates towards 1 Weber/m^2, i.e. more magnetising force H, amp-turns/metre, will not make the increase in magnetic field strength, (B,) ( flux density(Wb/m^2) ), that it did at lower flux densities.
Inductance is exactly analogous to Mass in mechanics, if Voltage is analogous to Force (Newton's), and current (amperes) is analogous to speed.
The relationships are precisely the same, Viz,
Induced EMF, e = N.dFlux/dt
Force, f = M.dv/dt
L (Henry) is defined as flux-turns per ampere, If Flux is measured in Webers. So if, for instance you double the number of turns around a given iron core, you get twice the flux for the same current as before AND, twice the number of turns, so you have Four times the inductance - as long as the iron does not get Saturated !!
Inductance proportional to N^2
All right then, keep your secrets.
nice and effective explanation. Thanks.
Is there inductance in DC circuits? The source is DC if I'm not mistaken.
The inductance is a value attributed to components within the circuit. So yes. Any wire/coil has some inductance. At some point you will apply or disconnect the DC source, and then apply an impulse to the circuit. In the stable (DC) situation, all of the inductors have zero resistance, and all of the capacitors have infinite resistance. In between, where we have some AC current, there will be out of phase reactances coming into play to cause oscillations of voltage and spikes of current etc. Combinations of LRC values in a network.
how do I connect my appliances and computers and mobile phones?
F=1/T T=R.C
T= R.1 * XL
R1is resistane of lamp
XL = resistance L (coil) henry= H
So ..... F= 1/ R1x XL
: R1= 220ohm
XL= 100uH = 0.001Henry
So as = 1/0.22=4.5sec
After your turn switch open switch cuicuite
Lighting is darkness slowly with 4.5 sec time
zir i thought the current flows from positive to negative!?then why ur circuit is reversed!?or iz it juzt me,that iz wrong!?
In theoritical aspects of books, you study + to -. But in practical it moves negative to positive. Do some research on this.
Well presented.
A coiled copper wire without the magnet is nothing but a resistor,,ive made them for guitar amps
I like it very much sir
+Tariq Shanker :)
I m really Indian, u will be Indian like me.
It is nice speaker. But, there is so difference here, you use DC voltage. But the inductor is considered as short circuit in DC, where V=L*di/dt, and there is no change in DC voltage or current. However, if you use AC source, I completely agree with you.
The flow of current occur from + to -
you are right, but the movement of electron on the wire is opposite of the current
Please display it with an oscilloscope.
the power source should be AC or DC?
Inductance just does its thing regardless. This bloke explained nothing. Inductance is Flux-turns per Ampere. The EMF (volts) opposing the current is Always L, the inductance in Henry's, times the rate of change of current.
Inductance is the analogy to Mass in mechanics.
நன்றி
Do i need a metal core in a coil to have inductance
no, but a metal core increases inductance using less turns in a coil
For example:
a 5-turn coil can give 1 henry
a 5-turn coil with a metal core can give 2 Henries
super
I was wondering what happens when the inductor is wrapped around a permanent magnet?
wait, so if i run a 20mhz at voltage ac i can expect a discharge bolt out of the blue, so this is why people put a arc pole near the coil to discharge to earth any spike that comes off when switching off, i have a three phase induction heater on it's way so i can expect a massive arc bolt at tripple the voltage spike arc off to bolt hopefully it won't cause a earthquake, i'll go easy and try to remember this spark off end thing each time i might put a warning note in vivid permanent marker to keep back when switch off , thanks you so very much i nearly for got about that, i might tone it down
hey there, I am wondering if you could explain how to create a e-cigarette at home that uses common AA batteries instead of lithium... I am thinking that a circuit that uses 3 or 4 AA batteries with some capacitors, resistors and a inductor may do the trick but I lost the knowhow decades ago... could you create a video about this??
I will make it.
stop vaping its making U ugly
The E-cig doesn't care about the type of battery you use. It only cares about its shape (if it has a battery cavity), the voltage, and current supplied. If the AA has the same voltage and current rating as the Lithium, it will function the same. If not, you need to convert the battery power to an acceptable operating range for the device.
0:37 That circuit is a short-circuit.
Muito bom !
Thank you
Extension cords coiled up isn't a good idea, the magnetic field makes heat
After watching this video somehow I know less about inductors than before.
And what is the purpose for using an inductor ?
Watch vedio @ 0:15 sec
"How Inductors Work" is better English.
2:05 when you open the switch the light will go out immediately as there is no longer a closed loop (kirchoff's law). The voltage will rise as the field collapses but it will not magically keep the light bulb lit with an open circuit. incorrect visual.
Sorry, you state that T=L/R but don’t bother to explain what L and R stand for. If you are going to try to teach as it appears that you are, then you need to explain everything and not just assume that everyone watching knows how it all works. If I knew, I wouldn’t have bothered to watch someone sprouting that they were capable to teach what inductance is and how it works. A half done job is ether never started. Pity, I was hoping to learn something but obviously I need to look elsewhere. Reminds me of a physics teacher I had in high school whose attitude was, I don’t need to explain how I got that formula, you just have to accept that it’s true because I told you to. Cool, made me hate physics for years and made my studies for my pilots licence that much harder. Glad I’m better now but you just gave me a relapse. Sorry, 1 star at best
T stand time ,L stand inductor and R stand resistor...
Nope, it's not T stand for time, it's T stands for time. Same with the L and the R, btw.
fayiz ali , its not T ,it is t
t - time constant
t=L÷R
if we connect capacitor,then
time constant t=RC
where R - Resistance in the conductor and c is capacitance
Philip Byrnes capa Xc
Coil XL
Is have resistance
Formula F=1/T
T=R.C ~ R.L
Philip Byrnes
CAPA >>>> Chage& dischage
L coil delaytime push/pull current
That intro tho
tIME TO FULLY CHARGE= T X 5
Nice bro
Nice video
#electronspark
Why the flux no longer generate opposing voltage when magnetic field stop expanding?answer plz
Its bothering me that the flow of electricity is flowing the wrong way in the diagram... xD it goes from positive to negative. Positive is the energy contained, and negative is the energy drained.
The direction of the current makes no difference to the effect of Inductance. Inductance opposes CHANGE.
Never used a magnetic core inductor. Every inductor we have ever used (1000's) have been air core (air choke) without a magnet and does the same job.
Depends entirely on the application. The good thing about no core is that you don't have saturation to consider. The bad thing is that the inductance provided is relatively miniscule !!
nice!
+Borja Roca Thank you
K I got it, wait a minute, what was that again
At first you had a circle but how does - go up to +? .......
T=RXC (RESISTANCE TIMES CAPACITANCE)
The whole explanation is compromised because you make the mistake of asserting magnetic poles. There is no such thing: only loops of magnetic field (divB=0). It is the field lines, more properly the flux , INSIDE the coil, which leads to the phenomenon of inductance. Otherwise OK.
'
normal wet battery is a not good idea...
better use a DRY CELL battery is a good idea to use magnetic
Ok
Coil kouthe miliba
IF A.C VOLTAGE IS APPLIED WHAT HAPPENED WITH BULB................AND INDUCTOR.
fayiz ali. Good question.
wow!!! keep moving....frd
Thank you friend
Hey wait!...you said if the open the switch and stop the flow of current, the electro magnetic field will diminish rapidly and simultaneously release energy in the form of VOLTAGE? it's supposed to be IN THE FORM OF CURRENT because inductors store current and not voltage. Capacitor stores Voltage. I think there's a slight mistake in your narration. In the later part of your explanation you said it correctly that capacitors store voltage and Inductors store current, both of which are still of course energy. Please don't get me wrong...I am not being sarcastic...I just noticed something that needs correction in your narration. Peace Bro!!!...BTW just a suggestion, it's better to show the circuit in parralel connection 'coz it's easier to be understood than series connection although both are correct I know.
aray leche coil same capa not all as
Capa chager /dischage
Coil delay current
That doesn't describe its' purposes.
Ha! Why bother actually better explaining this to the viewers! They already know!
Wrong/Misleading. The first picture is of a resistive load, not an inductive load.
Hello 😎
Hello 😁
Itu pakai lampu emergency, jadi hampir semua orang sudah pada tahu dipegang pakai telunjuk pasti nyala, bagai mana dengan Video yg tidak menggunakan lampu emergency tapi pakai bohlam lampu jadul tapi ternyata nyala juga kira kira rahasianya dimana atau memang betul betul magnet dapat menimbulkan arus listrik???????
You lost me at henry
+LUXRAY97 soo sad
What about Larry's?
I thought a Henry was a measure of a completely different substance😋
good
+subbarao tirumani thank you
With that intro you will never get new subscribers or thumbs up. It would be best to remove it and not add any.
eye-ther... always eye-ther
错的 负电子走反了
subtitles in spanish please
+gianbetos sure in few days
if u can, all your videos please, thanks!!!!!!!!
gianbetos sure man .. don't worry
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narrator doesn't understand what he is talking about
I know now less. Still don't get it
amazing. if you cannot understand how an inductor works after this then maybe cooking school is a better option for you.
+john john non polar
john john what a piece of shit you are...not everybody understands it the first time especially if they've not been in touch with the subject for a long time. You're probably in school learning this stuff and yet you needed this video to make sense of what you're being taught in school. Your IQ is definitely below 90 I'm sure.
if you cannot understand how an inductor works after this then maybe the person who made this video does not understand how an inductor works either
The stupid loud intros and background music is not necessary and not appreciated by most viewers . It puts many people off watching otherwise interesting videos....
You are wrong inductor oppose Ac not DC change your animation
咦，，，爷，哪是什麽，是流动动畫图?，和童家或家業有関連或交集否?，或北挪国图呢，，，?。
童家業是?，祖是哪?，祖佛神天使是?，，，。
爷，，，您是，法王?，教皇?，特斯拉?，或，，，?，爷家業是，，，?。
wrong direction
TRIDENT FX Trading Solutions. You wish.
What the hell is a Henry and why...
It's a scientific term
who the hell is henry
this explained nothing
Therefore if you are a qualified electrician you Will know what the hell He is talking about
Sexy bad animation.
Almost got past the ear-blast intro. downvote.
Poor Pictorial ! The electron flow, (- balls ) , should be miniscule when switch closes : say 1 electron /10sec,.
S_L_O_W_L_Y increase to say 10 electron/sec.
observerms
The intro is awful . Lose it.
Pablo Trobo
Unnnnnnn-Believable!!!
Surprised?.......... (NO)
Instead of wasting time negatively commenting on a irrelevant point, Would it have KILLED you to show some kind of appreciation for the effort, time, and knowledge this {TH-camR} willingly added to the vast amount of educational information already available for ALL to benefit from?????
Don't get it twisted....... (YOU) just like everyone else, is entitled to his or her own opinion. I mean DAMN!!!!
Following your....🤔Negative comment, you (COULD) of followed up after saying something like, " Didn't care too much for the intro (but, overall information was great, good, well put, easy to understand. Thanks." or SOMETHING of the sort.
This is PROOF, of how SPOILED, most of (The World) is today. (Expecting) everything to be in a (P.C.P.)(PERFECTLY CONVENIENT PACKAGE). Traditionally dressed up. In my (OPINION), {AFTER} recalling IF..... the intro was actually bad or not, the next thought that came to my mind is...., "WOW!!! What an ungrateful person!" Just by the (OPINION) you left. We ALL know how (S.S.S.) Super Stupidly Sensitive, the world is nowadays..........soooo, just a
Reminder: "I am NOT, trying to "grill" you, or nor is it my intention to talk down upon you, Mr. Trobo. I'm just simply exercising my right to voice my (OPINION), As you have done so. May (COMPASSION) be something that you learn to strengthen, my friend. Salutations.
You certainly have a bigger emotional investment in your comment than I had in mine.
I regulary praise a lot of the you tubers hat I watch and I agree that this time my comment was a bit tacit. Ok. I admit that I didn't wrap my suggestion in cotton balls, but it was far from aggressive, and even I will say, far from insulting. It was just a practical suggestion. Insensitive? May be, but not mean and destructive. Just tacitly expressed . Barren thoughts, not mean. The rest, you added.
Not informative enuf
Splag Yetsi