Hahah Diablo Nemesis destroy everything in your way ....... One who mocks the Dragon emperor.. your life will not be spared....----Ryuga Go now Pegasus barrage mode .... Special move Cosmic Tornado ........Ginkga Feeling nostalgic?
Yeah it kinda sucks seeing people on UA-cam better at teaching than my actual teachers were, and knowing that I could have actually been interested and learned something in school. But it must be impossible to be as intriguing and passionate day after day, class after class, year after year. But that can't be so because I watch college lectures sometimes and the professors always seem... Like this guy. Just into it in a contagious way.
@@FinkPloyd504 This is where online learning can be great because the teacher can be at their best, recorded at their best and shared to many students even after they have burned out.
@@goldentortoisebeetle9741 most normal non-LED lamps have an afterglow so they don't have the time to completely turn off. But for LED lighting you're completely right
if you have x-mas lights with lots of LEDs which can blink in different patterns, and then one of the modes is "all LEDs permanently on", it utilizes the same trick. I have one chain of these, most of the modes are that reds and yellows blink at one time, and blues and greens at another time. Though only two wires come out of the adaptor (split to 3 on the first LED, so that the red+yellow circle is parallel to the blue+green). Basically, the reds and yellows are connected one way, and blues and greens the other way, and based on the direction of the current that is sent by the adapter, only one of the two circles shines. So how do they achieve those modes where all lings bling simultaneously, or stay lit permanently? Yes, you guessed it, the don't :) the current flow is alternating fast enough that the two circles are quickly lit one after the other and we think they are on at the same time. This gives the opportunity to see cool effects when filming it on a phone camera. Enjoy
I had one of these around 1979. I started it in a glass case at the library in school and left it running for a week or so at a time. Eventually the top will stall and fall when the battery drain drops below a certain level. However you can restart with a manual spin, but the interval gets shorter before it topples over. The carbon zinc or akaline batteries do recuperate some power after the drain on it stops for a short while.
@@good-gpt2-chatbot The whole coil acts as a receiver: when it detects the presence of the magnet it triggers the transistor which allows current to flow through half of the coil and generate an opposite polarity magnetic field. Hope it's simple enough
He explained it very clearly. You need to learn the basics of electronics if you dont understand his explanation. Learn how transistors work and how alternating magnetic field creates a voltage in the coil.
Yep, I can see this sitting on a desk spinning forever. I imagine it'd also need a capacitor to store a bit of power in between cycles, since the power available from, say, a calculator-like solar cell might not be enough to drive that big coil.
Great demo! As you say: the magic is that it turns on just at the right time to add energy to the system. But I really like that the demo shows it NOT turning on when the Top is in a position where the electromagnet would REMOVE energy from the system! The LED clearly stops blinking when the Top is centered over the core of the EM!
Great explanation as always! I was just thinking that you could bend your LED lead back around to illuminate the spinning top and show it "frozen" in place with one colored side always oriented one way. This would be much like the principle of the engine timing light. Try it!
all makes sense, my question is why will it only spin one direction? i.have this exact set and my son and I have had a lot of fun with it and learned some stuff too, for only like $12 online! he was pretty excited to see you doing a video about the toy we have! Great channel, keep up the good work my friend!
The part I don't understand is how the transistor gets switched on. According to the diagram, the transistor is connected in series with the coil of wire. Does the changing magnetic field produce a current even if the circuit is broken by the open transistor?
From what I recall (taking apart one in my youth) he neglected the feedback winding in the coil, which is connected to the base of the transistor. The feedback winding would turn on the transistor (and thus the main electromagnetic coil) when e.g. North pole approaches, and turn it off when the opposite pole approaches. Which is why replacing the electromagnet with a permanent magnet doesn't work. TBF, I didn't watch the entire thing (when I saw his incomplete schematic I skimmed to see if he finished it), but it seems like the vid is half an explanation at best.
I have question and please answer:- Suppose a ray of light from the ground enters normally a substance whose refractive index is very large and the speed of light decreases to 9.8m/s, does the Ray of light stops in the substance because the gravitational pull is also the same. Please answer, I have asked many people the same question
The speed of light won't decrease. It's basically constant. It only slows down because of the photons bumping into other atoms and getting redirected, basically taking a longer way than it would if the refractive index was the same as air for example. Refractive index ≠ more gravity
Hello! Thanks for the great videos, and I have an idea: What if you spun a magnetic top, levitated off of an opposing magnetic surface, to reduce all surface friction, inside of a vacuum chamber to reduce almost all air friction, and spun the top? Would anything stop it from spinning on its own?
Well we don't have any component code or any actual zoomed in picture of what actually is in there, so it could be any type of transistor, as there are multiple types that do slightly different things and it could even be something else in the shape of a transistor. I don't know enough theory to say on the spot if this works with just a simple transistor, but might be an idea for my next video on my channel :)
Transistor works on DC voltage and the top is creating an alternative current to the coil which means that the transistor pulls only at the positive cycle of the sine wave.
my god, posting the wrong answer in order to get the right one - I didn't think my comment would get nuked. Jesus YouChube / OP - - was it my overuse of the word 'tranny" in lieu of transistor?
One thing I got confused on was how does the magnet “induce” a current to the wire? I had to think about my physics knowledge learned in high school... Essentially the spinning magnet is like a mini electric power generator. When the magnetic field of the spinning magnet field crosses the coil, a current will be induced. ( this is how electricity is generated ) Let me know if I’m right? Thank you! Although I’m still not sure why the positive side would generate current but the negative (blue) side will not
Even if you could rig a set up with permanent magnets, perhaps on spinning wheels or clockworks that provide the very precise timings mentioned (which would themselves require energy, but maybe could be powered by magnets too?) magnets ability to do useful work is limited intrinsically by how they where created. Perpetual motion people online sometimes don't mention their piles of "dead" magnets. You could always melt down some iron, run an electric field to re set the material's ferromagnetism, and re cast your magnets...but you will never get more energy out of the new magnets than the energy taken to create them intrinsically. So many things are basically a battery, and yet we still can't make a better energy storage device. It's such an interesting challenge.
@Howdy Justice You would think that people could puzzle this out for them selves. like counter is more or less real time. Hit refresh a bunch of times early on and you will see it go up with every couple refreshes view counter is not real time but updates every few minutes
@Howdy Justice No, Views are counting how many people (Or IP Addresses.) have visited the video. (Or URL.) Viewer Retention is in the analytics section of a UA-camr's channel, and that measures how much of the video the viewer watched.
If you look closely enough you can actually see the oscillating magnetic field's force on the magnets in the spinning top in the form of a tiny precession at the too of the spire! So cool!!
I'm very triggered at your incorrect drawing of the circuit. A transistor is NOT a switch. It can be used as one, but it isn't one. It has three entrances that should all be connected to something.
So, the top is actually a pulse motor. Sorta like a Tesla's egg, only a spinning top pulse motor version. This calls for a video about the Mendocino motor.
Where can I find a final product to buy or at least a scheme to build it myself? I'm pretty much shocked nobody of the top comments asked this question.
This is not a accurate description. There is still a loss of energy from the battery. So it will eventually stop it would just take a really long time.
He's just trolling all the free ebergy morons by saying that his top will soin forever. Why are most of the free energy enthusiasts indians btw? Whats wrong with you ppl.
I think the device your calling a transistor is a Hall effect transistor. It turns on and off in a magnetic field. ( the one from the top ) Also, if you put the LED in series with the switch you would limit the current thru the coil, which would dramatically reduce the magnetic field. What you should do is put it across the coil, that way it would light went the coil is on. Paul
The LED would limmit the voltage at the coil to VF of the LED - in series it's limmited to 9V minus VF. So what's better? Besides: the needet current is way lower than the LED-current - so it "does not matter" .... as one can see in the video
This is pretty cool. How long does a 9v battery last? It would be cool if there was a wireless charger under a desk that kept a battery in it charged so it went non stop and if someone picked it up it wouldn’t look like it’s powered.
So I'm a little confused. You said the transistor turns on when electricity goes through it, which allows the battery to put power through the whole system, until the top leaves. My question is: why does the power generated from the top turn on the transistor, but not the power from the battery?
The top doesnt generate the power...power is supplied through the battery just at right time...though my question is that how does the battery pass current just at right time...i have commented it..if you too have this question, i'll reply you the answer if i get it
@@haiderallana3869 the top does, in fact, generate some electricity. If you don't believe me, look up how traditional generators work (Sorry if that comes off rude :-P I'm not great at phrasing)
@@goodsocksproductions9397I am really sorry... I actually dont know anything about science...i just shared you the info I knew...surely you know better than me
@@haiderallana3869 Its easy. the top infact creates some power. Just enough to pull up the transistor which allows the battery to give power to the top. And since the spinning top creates an alternating current the transistor will only be powered during the positive cycle of the sine wave. So the electromagnet only pulls the other side of the top giving it speed. Im not a good teacher of do i know this stuff very well so i cant give you a perfect exlanation. I think the video explained it very well.
Make the top attatched to a mechanism that rotates a permanent magnet between poles. That way it manually forces itself on and off as it rotates. It would need to be restarted like a clock, and you'd need to reduce friction as much as possible between all the moving parts. But, it'd be close.
**Top that doesn't stop spinning**
Friction: *cries in a corner*
There's still friction tho
@@martiddy that's a joke tho
Friction is a joke to action lab
Feelin bad
Poor friction.
@@martiddy r/whooooossshhhh!!! 😅
Is this the secret of Nemesis from bayblade?
and regalia's
Probably not
It uses forbidden sciences lol
Btw i used to be a big Beyblade fan until i learnt about rotational motion...😂
Hahah Diablo Nemesis destroy everything in your way .......
One who mocks the Dragon emperor.. your life will not be spared....----Ryuga
Go now Pegasus barrage mode .... Special move Cosmic Tornado ........Ginkga
Feeling nostalgic?
Ayo I was gonna say something about beyblade
@@melodyagnihotri6480 its good and all but nothing meets the feel of Japanese dubbing
And if you are an anime fan you know that!
cant wait to put this on my desk and observe people going crazy
The noise will drive _you_ crazy after a while. It might not be so bad in a noisy office.
Where to buy this shit
@@idkmyd yeah I am also wondering where to get the top
Put it in a glass box to reduce sound..
I'm going to have a praying mantis or angry crab battle it.
Essentially, it's a simple electric motor.
An electric motor with extra steps
An electric motor that would be good for r/blackmagicfuckery
Essentially a simple single phase brushless motor, kinda cool tbh. Clever toy and could be useful for a teacher potentially haha
Bruh!
Dumb User Smart Answer.
Not gonna lie, I thought it was another "Simulation" video. This is pretty cool
Plot twist: He is in a dream
Plot twist: We all are.
@Christian Rosario False.
@Christian Rosario yup
@Christian Rosario I agree with the free will but the simulation argument can't be proved true or even proved likely to be true
Plot twist: all of us are in a dream
i would actually pay attention in science if this man was my teacher
Yeah it kinda sucks seeing people on UA-cam better at teaching than my actual teachers were, and knowing that I could have actually been interested and learned something in school. But it must be impossible to be as intriguing and passionate day after day, class after class, year after year. But that can't be so because I watch college lectures sometimes and the professors always seem... Like this guy. Just into it in a contagious way.
@@FinkPloyd504 This is where online learning can be great because the teacher can be at their best, recorded at their best and shared to many students even after they have burned out.
Are you stupid? Spinning tops can’t teach.
69 like
nice
Hi
“Spin me right round right round like a record baby”
YTP
Spin me right round right round like a record baby
Im fascinated that we thought the light was constantly on, but it was blinking super fast. That is the speed our eyes cant catch
This also happens with our regular lamps, since they’re fed by an alternate current.
@@goldentortoisebeetle9741 most normal non-LED lamps have an afterglow so they don't have the time to completely turn off. But for LED lighting you're completely right
if you have x-mas lights with lots of LEDs which can blink in different patterns, and then one of the modes is "all LEDs permanently on", it utilizes the same trick.
I have one chain of these, most of the modes are that reds and yellows blink at one time, and blues and greens at another time.
Though only two wires come out of the adaptor (split to 3 on the first LED, so that the red+yellow circle is parallel to the blue+green).
Basically, the reds and yellows are connected one way, and blues and greens the other way, and based on the direction of the current that is sent by the adapter, only one of the two circles shines.
So how do they achieve those modes where all lings bling simultaneously, or stay lit permanently?
Yes, you guessed it, the don't :) the current flow is alternating fast enough that the two circles are quickly lit one after the other and we think they are on at the same time.
This gives the opportunity to see cool effects when filming it on a phone camera. Enjoy
I am making this right now. Sounds cool for keeping all guests stunned.
Someone needs to show this to Tim, he loves spinning tops.
catnip grand illusions Tim right
What a lovely idea. Heh
Nice vid!
Next step : use alternative power where u can adjust the frequency, try to get this spinning wheel accelerating.
Wow...amaizing idea bro!!
*_Euler disc wants to know your location_*
😂😂😂
.
I had one of these around 1979. I started it in a glass case at the library in school and left it running for a week or so at a time. Eventually the top will stall and fall when the battery drain drops below a certain level. However you can restart with a manual spin, but the interval gets shorter before it topples over. The carbon zinc or akaline batteries do recuperate some power after the drain on it stops for a short while.
I did not quite understand that circuit, a transistor is a 3 terminal device, how were you forward biasing the base? You must of had 2 coils
The coil is split into two parts by a terminal at an intermediate turn
he simplified it too much
Hol’up, Einsteins and Newtons... explain some shit to dummies too
@@good-gpt2-chatbot The whole coil acts as a receiver: when it detects the presence of the magnet it triggers the transistor which allows current to flow through half of the coil and generate an opposite polarity magnetic field.
Hope it's simple enough
Alessandro Carinelli transistor as in the PNP-diode thing, right?
I didn't understand the circuit...i watched the video thrice, can you please explain it with more details.😅😅
Love your videos 😀😀😀
He explained it very clearly. You need to learn the basics of electronics if you dont understand his explanation. Learn how transistors work and how alternating magnetic field creates a voltage in the coil.
Yeah bro😅 I sure need to learn that.
Thanks👍
@@mattiloponen92 it's not even a normal transistor so yeah he could have explained better
"How it work no wire???"
*Opens it and shows magnets and wires*
"Wow"
That sounded like uncle Roger saying it.
Perhaps the best visual explanation for the function of a brushless EC (Electronically Commutated) motor. EXCELLENT!
Who the hell disliked it 🤯 Awesome electricity - magnetism in action.
A person who failed in his Physics exam😂😂
people who didn't watch the entire video and thought he was claiming it was a perpetular motion macheine
people such as me that are interested in electric circuits and get mad for that transistor in schematic
Maybe someone that's super into spinning tops and think this is cheating? Idk i think this is pretty freaking cool
Pretty clever idea. I'm sure a small solar panel would work fine with this.
Yep, I can see this sitting on a desk spinning forever. I imagine it'd also need a capacitor to store a bit of power in between cycles, since the power available from, say, a calculator-like solar cell might not be enough to drive that big coil.
It's truly been a roundabout path)
arigato, gyro
Great demo! As you say: the magic is that it turns on just at the right time to add energy to the system. But I really like that the demo shows it NOT turning on when the Top is in a position where the electromagnet would REMOVE energy from the system! The LED clearly stops blinking when the Top is centered over the core of the EM!
I would like to buy that top and build the circuit
0:40 duh there’s a red stone torch
On and off function by transistor well explained with the LED 👌👍
Great explanation as always! I was just thinking that you could bend your LED lead back around to illuminate the spinning top and show it "frozen" in place with one colored side always oriented one way. This would be much like the principle of the engine timing light. Try it!
The stroboscopic effect
So hypnotic and satisfying, thanks for sharing! :)
The outro was turning out to be a sick rap from 6:12 to 6:50
Abhishek Nautiyal interesting..
ikr!
Another cool and fun science video. Thanks bro
what type of transistor is that?
appreciate the answer.
AWESOME INTERESTING VIDEO SIR....KEEP IT UP.........ALL THE BEST
This could be used for beyblades
powered beyblades ! for better battles. a sophisticated battle dome with all the electronics should do it! funskool get on this!
Hrithik Jayanth you seem real excited about this idea eh?
The inner kid in me overthrows me sometimes
Hrithik Jayanth that’s probably a positive
There is a beyblade that works similarly to this
all makes sense, my question is why will it only spin one direction? i.have this exact set and my son and I have had a lot of fun with it and learned some stuff too, for only like $12 online! he was pretty excited to see you doing a video about the toy we have! Great channel, keep up the good work my friend!
´´It spins forever until the battery runs out
CLONICER Nice , this channel is garbage with clickbates
I was expecting/hoping he would put a little solar panel in there, would spin for a couple of years at least .......
@@Tomwesstein I agree with you on the clickbates but it's actually fun
Use 9v rechargeable with solar cell.
@@x1area51ii7 It will stop spinning once the sun loses its energy.
Best demo ever! The explanation is so spot on! Kudos!
The part I don't understand is how the transistor gets switched on. According to the diagram, the transistor is connected in series with the coil of wire. Does the changing magnetic field produce a current even if the circuit is broken by the open transistor?
From what I recall (taking apart one in my youth) he neglected the feedback winding in the coil, which is connected to the base of the transistor. The feedback winding would turn on the transistor (and thus the main electromagnetic coil) when e.g. North pole approaches, and turn it off when the opposite pole approaches.
Which is why replacing the electromagnet with a permanent magnet doesn't work.
TBF, I didn't watch the entire thing (when I saw his incomplete schematic I skimmed to see if he finished it), but it seems like the vid is half an explanation at best.
Wow this is great. Is there any tutorial somewhere how to make one of these?
When you don't see obvious explanation of some phenomena then magnet is the answer.
Good experiment with good explanation.
when you're so early, you don't know what to comment.
But you know to still be unoriginal
@@yinyang1217 Oh I'm sorry, SNOWFLAKE.
@@abhisheknautiyal7956 Oh I'm sorry, UNORIGINAL SAND PIECE
All of you can quit flipping your flopping flappers and admit that you thought of Inception when reading the title of the video 🤣💀
@@mychaelmay6321 oh
Couldn't have explained it better buddy. Good work!
Going on a limb here but can a spinning neutron star make the right circumstances for a mechanism like this in space to work?
I have question and please answer:-
Suppose a ray of light from the ground enters normally a substance whose refractive index is very large and the speed of light decreases to 9.8m/s, does the Ray of light stops in the substance because the gravitational pull is also the same.
Please answer, I have asked many people the same question
The speed of light won't decrease. It's basically constant.
It only slows down because of the photons bumping into other atoms and getting redirected, basically taking a longer way than it would if the refractive index was the same as air for example.
Refractive index ≠ more gravity
*Johnny Joestar wants to know your location*
First for part 7 blowup
Awesome to see what I recently learned in Physics, EM induction, being applied in real life!
Top: Imma spin forever!
Friction: *IMPOSSIBLE*
Ronin you mean *IMPOSSIBRU!*
That's mean.
Thanks for the explanation..... Very clear explanation.....👍🏻
Hello! Thanks for the great videos, and I have an idea: What if you spun a magnetic top, levitated off of an opposing magnetic surface, to reduce all surface friction, inside of a vacuum chamber to reduce almost all air friction, and spun the top? Would anything stop it from spinning on its own?
Well the spinning would heat the top up, causing it's energy to gradually be expended on heat energy instead of kinetic energy
Can you publish the exact circuit, and how you wound the coil and wired the transistor?
Why doesn't the transistor latch on? It seems like the battery should hold it on after it closes??
Well we don't have any component code or any actual zoomed in picture of what actually is in there, so it could be any type of transistor, as there are multiple types that do slightly different things and it could even be something else in the shape of a transistor. I don't know enough theory to say on the spot if this works with just a simple transistor, but might be an idea for my next video on my channel :)
Transistor works on DC voltage and the top is creating an alternative current to the coil which means that the transistor pulls only at the positive cycle of the sine wave.
my god, posting the wrong answer in order to get the right one - I didn't think my comment would get nuked. Jesus YouChube / OP - - was it my overuse of the word 'tranny" in lieu of transistor?
@@BlackWolf42- Probably, just try and keep it clean. ;)
One thing I got confused on was how does the magnet “induce” a current to the wire? I had to think about my physics knowledge learned in high school...
Essentially the spinning magnet is like a mini electric power generator. When the magnetic field of the spinning magnet field crosses the coil, a current will be induced. ( this is how electricity is generated )
Let me know if I’m right? Thank you!
Although I’m still not sure why the positive side would generate current but the negative (blue) side will not
The Top That Spins Forever
No views•Nov 22, 2019 - did not knew this message exists
Bruh nubs
He hasnt even payed his respects and hes a master of the spin
Energy cannot be created nor be destroyed
energy from battery is draining
Me: Picks up this top
Doesn’t stop spinning
Me: Confused pikachu face
Even if you could rig a set up with permanent magnets, perhaps on spinning wheels or clockworks that provide the very precise timings mentioned (which would themselves require energy, but maybe could be powered by magnets too?) magnets ability to do useful work is limited intrinsically by how they where created. Perpetual motion people online sometimes don't mention their piles of "dead" magnets. You could always melt down some iron, run an electric field to re set the material's ferromagnetism, and re cast your magnets...but you will never get more energy out of the new magnets than the energy taken to create them intrinsically. So many things are basically a battery, and yet we still can't make a better energy storage device. It's such an interesting challenge.
Circuit must produces Ac current which alters the magnetic pole
Techs Science this is a mono pole/directional “pusher” it only needs on or off not positive and negative.
Can you make a more detailed description of the wiring circuit so i can make it myself?
Didn’t even notice this was just posted
@Howdy Justice People don't think before posting sometimes.
Enjoying UA-cam before everyone goes broke or gets shut down
am I missing something? whatdya mean?
@@Trititaty coppa is killing advertisers on UA-cam
Nobody:
Him: no wires
Him again: as you can see it has 2 wires....
I LOVE ‘stuff’ like this!
I'm here after 4minutes and it's still says no views and 95 likes.
@Howdy Justice You would think that people could puzzle this out for them selves. like counter is more or less real time. Hit refresh a bunch of times early on and you will see it go up with every couple refreshes view counter is not real time but updates every few minutes
Welcome to youtube ill be your guide
Search for video which is stuck on 401 views.
@Howdy Justice No, Views are counting how many people (Or IP Addresses.) have visited the video. (Or URL.) Viewer Retention is in the analytics section of a UA-camr's channel, and that measures how much of the video the viewer watched.
If you look closely enough you can actually see the oscillating magnetic field's force on the magnets in the spinning top in the form of a tiny precession at the too of the spire! So cool!!
I'm very triggered at your incorrect drawing of the circuit. A transistor is NOT a switch. It can be used as one, but it isn't one. It has three entrances that should all be connected to something.
SHUTTTTT UPPPPPP THESE COMMENTS ARE ANNOYINGGGGG
fattE nah he is right.
Man that was a great video..good work..keep surprising us..
So, the top is actually a pulse motor. Sorta like a Tesla's egg, only a spinning top pulse motor version.
This calls for a video about the Mendocino motor.
Where can I find a final product to buy or at least a scheme to build it myself?
I'm pretty much shocked nobody of the top comments asked this question.
Every scientist: perpetual motion doesnt ex---
Top: 7 DAYS LATER
This is genius! 😍
Do not scroll down everone is asking for likes.
yeah give me likes
True, lets report them as spam, like this guy on top of me
@@mystcat3 WAIT I CAN EXPLAIN
this comment is cool tho
@@yinyang1217 JK dude, youtube doesnt care about comments...
Can we use switch without using transistor?
this would be a great present for the grand kids
Lol
Thank you for sharing your gift of being able to explain complicated things without treating people like morons.
This is not a accurate description. There is still a loss of energy from the battery. So it will eventually stop it would just take a really long time.
5:30
Well even longer if ur using a rechargeable battery and powered by sunlight
He literally explained that
@@ttbro29 or just directly plug it into the socket
Music track fits perfectly both the video and the channel.
This is so satisfying I went to the ural mountains
Using an Energizer battery was a nice touch.
Who all got the doubt of :
HOW WILL IT WORK IF THE BATTERY 🔋 DIES.
It wont work after the battery dies, that's the point.
I knew but see the title of the video
He's just trolling all the free ebergy morons by saying that his top will soin forever. Why are most of the free energy enthusiasts indians btw? Whats wrong with you ppl.
Nobody:
Me: *The Ultimate BeyBlade...*
I think the device your calling a transistor is a Hall effect transistor. It turns on and off in a magnetic field. ( the one from the top ) Also, if you put the LED in series with the switch you would limit the current thru the coil, which would dramatically reduce the magnetic field. What you should do is put it across the coil, that way it would light went the coil is on.
Paul
The LED would limmit the voltage at the coil to VF of the LED - in series it's limmited to 9V minus VF. So what's better? Besides: the needet current is way lower than the LED-current - so it "does not matter" .... as one can see in the video
Action Lab: This is a top that never stops spinning!
Friction: Hold my beer...
This is pretty cool. How long does a 9v battery last? It would be cool if there was a wireless charger under a desk that kept a battery in it charged so it went non stop and if someone picked it up it wouldn’t look like it’s powered.
You should have drawn the circuit correctly, regarding the transistor.
Where can this be bought? Could you provide link?
I thought it was a magnet. Edit: oh hah. Edited again: yeah I guess it couldnt be just regular magnets that arent powered. Didn't think of that.
Great video!👍👍👍
No views.
*69 likes*
Nice
Nice
That's pretty clever.
go like the video, not those who asks for likes
So I'm a little confused. You said the transistor turns on when electricity goes through it, which allows the battery to put power through the whole system, until the top leaves. My question is: why does the power generated from the top turn on the transistor, but not the power from the battery?
The top doesnt generate the power...power is supplied through the battery just at right time...though my question is that how does the battery pass current just at right time...i have commented it..if you too have this question, i'll reply you the answer if i get it
@@haiderallana3869 the top does, in fact, generate some electricity. If you don't believe me, look up how traditional generators work
(Sorry if that comes off rude :-P I'm not great at phrasing)
@@goodsocksproductions9397I am really sorry... I actually dont know anything about science...i just shared you the info I knew...surely you know better than me
@@haiderallana3869 don't sweat it!
@@haiderallana3869 Its easy. the top infact creates some power. Just enough to pull up the transistor which allows the battery to give power to the top. And since the spinning top creates an alternating current the transistor will only be powered during the positive cycle of the sine wave. So the electromagnet only pulls the other side of the top giving it speed. Im not a good teacher of do i know this stuff very well so i cant give you a perfect exlanation. I think the video explained it very well.
Nope, not first🤪
Make the top attatched to a mechanism that rotates a permanent magnet between poles. That way it manually forces itself on and off as it rotates.
It would need to be restarted like a clock, and you'd need to reduce friction as much as possible between all the moving parts. But, it'd be close.
We live in a simulation confirmed
Ah yes, Action Lab has obtained the infinite spin, derived from the zepellis.
The last time When I was this early, he did an impossible experiment without "involving any magnetic materials in the experiment"
Also cool to shine the LED on the top in a darkened setting and watch the spinning top stand still :)
*Forever???*
Untill the battery dies.
It can spin by itself long enough to swap batteries so......forever with manual labor
Great explanation! Thank you
I am learning electronics and engineering, and this transisior symbol makes me mad
This is cool. I have something similar. It looks like an orbit though. The same concept still applies.
This guy really doesn't care about his clickbaity reputation now does he.
Not gonna complain since I literally gain knowledge from it