Mini Project: Simple DIY Levitation

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►FOREWORD
People have asked for content to be more frequent. So I'll focus on quantity for the next 2 weeks and see what happens.
►WHAT IS THIS
Using both Faraday's Law of Induction and Lenz's Law, it is possible to make any material levitate. Here is a demo for exactly that which I hootenannied up in my free time!
►TIMESTAMPS
0:00 - Start Over (You know you want to)
►MATERIALS
Solenoid (about 300 turns of 18AWG magnet wire)
Steel Conduit Tubing
Aluminum Ring (cut from a pipe)
►CREDITS
Narrator: Dayton Aardema, EE
Editor: Dayton Aardema
Music: Cody Aardema - Blueprint Theme
#Blueprint #Levitation

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Опубликовано:

20 июн 2024

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Комментарии : 54

@BlueprintScience 5 лет назад

As a magnet makes a change, the universe resists it. But in the end, the magnet always wins. There is a life lesson in there somewhere...

@gustavfenk4021 5 лет назад

In England, we have 240 of Her Majesty's finest volts available from our wall sockets. That would certainly stimulate your ring and make it hit the ceiling of your castle.

@zolatanaffa87 5 лет назад

Very informative video, Dayton. As usual your nice and light-hearted style makes scientific disclosure very light and usable. Good!

@EarlGray_kd7sjt 5 лет назад

Love your vids! Keep up the good work

@BlueprintScience 5 лет назад

I intend to. Thanks Earl

@juliedee1722 5 лет назад

Great video! I work with your dad, and he was telling me about it, so I begged the channel from him. I'll be back for more!

@idavid8128 5 лет назад

Now I know how the son of Velma and Shaggy would look like ! Amazing content friend !

@trinvel4040 5 лет назад

Keep up the awesome work Dayton! looking forward to your upcoming videos over the next 2 weeks :-)

@BlueprintScience 5 лет назад

You know it! The next one is sooner than you might think...

@trinvel4040 5 лет назад

@@BlueprintScience Have you considered creating a patreon account? I'm sure I'm not the only one who would be happy to support you on there

@BlueprintScience 5 лет назад

@@trinvel4040 I have too much pride to ask for money. Maybe one day.

@trinvel4040 5 лет назад

@@BlueprintScience You're not asking for money but giving your followers the opportunity to chip in and support more great content. Your channel is ridiculously underrated.

@jetsonwhite888 5 лет назад

Now that you've got magnetism figured out, how about a few simple timeline travel experiments? Great show, btw!

@LarryLane07 5 лет назад

You are the true, legit Science Guy unlike Bill Nye. I like the cool shirts you wear too

@BlueprintScience 5 лет назад

Um... I does electronics. "Science" isn't even a real field of study. P.S. Thanks for complimenting my wardrobe. I try my best to look "on fleek" (as the kids say)

@phonotical 5 лет назад

I don't have 120v I have something way more painful 😂

@phonotical 5 лет назад

Hey now, all metals do exhibit a positive or negative magnetic attraction, even if it is imperceptibly weak

@stinatina1740 4 года назад

Can you please make it pole more higher

@canelbir2404 3 года назад

Are there any equations to find power of an electromagnet?

@BlueprintScience 3 года назад

There is, but it's not the easiest thing. You need to find the impedance of the electromagnet and work from there. This link should help you: eepower.com/capacitor-guide/fundamentals/impedance-and-reactance/#

@tctrainconstruct2592 5 лет назад

6:24 A diode would just trip the breaker!!!

@joshuaweasenforth7757 5 лет назад

I had to nonverbally comment to GOD, "GOD, he is good. I like this guy immensely." Never let anyone change you, Dayton. Originality is best. Thanks for sharing & for your great study. Keep digging deep in GODS' awesome science. xo - Sorry you got shocked. That sucks.

@kushalsehgal 5 лет назад

Can Lenz’s Law make pigs fly?

@BlueprintScience 5 лет назад

Kushal, permit me to answer that question with a link: ru-vid.com/video/%D0%B2%D0%B8%D0%B4%D0%B5%D0%BE-A1vyB-O5i6E.html

@krishgurung2210 5 лет назад

Please make video on DIY wireless charging.

@BlueprintScience 5 лет назад

@Basement-Science 5 лет назад

I powered some LEDs wirelessly at 50Hz once. It´s great fun!

@BlueprintScience 5 лет назад

@@Basement-Science Ha! Did you hold them near the power line's transformer?

@Basement-Science 5 лет назад

Lol not quite :) I´ve got an air core solenoid that has so many turns that I can hook it up to 230Vac, or even more for a short time. With the right secondary coil you can make it work :) (motor from a microwave fan, with the rotor removed.)

@krishgurung2210 5 лет назад

@@Basement-Science I did so many turns but it doesnot work. I dont why my led didnot glow😕😕

@snaj9989 5 лет назад

Isn't it Eddy currents

@BlueprintScience 5 лет назад

Yep. Eddy currents apply whenever a magnetic field changes near metal (the magnet falling thru the pipe) and this is a more specific case where the current has a closed loop (the ring or the pipe) to traverse. Think of it like a transformer. Overall the current goes around the loop as per Faraday's Law: ∮E*dl = dФ/dt

@paulburgess8033 3 года назад

Railgun

@phonotical 5 лет назад

I've heard the thicker the copper tube the slower the magnet will fall... How thick a copper tube would you need to totally stop the magnet 😂

@BlueprintScience 5 лет назад

Impossible. That would imply a system that is 100% efficient.

@Basement-Science 5 лет назад

You could do it with a superconductor. That´s the only way.

@abdeljalilpr2033 5 лет назад

What would happen if the voltagz was 120v DC??

@BlueprintScience 5 лет назад

Click "Read More" to find out.... Ha! Clickbait is awesome! Nothing would happen. Only changing magnetic fields make this trick work. A DC voltage would make an electromagnet.

@luongmaihunggia 5 лет назад

It won't move, because only a changing magnetic field can induce a current in a conductor that turn the conductor into a magnet. DC through a coil does not make a changing magnetic field only AC does.

@abdeljalilpr2033 5 лет назад

@@BlueprintScience yes ..but i mean the levitation.??we could have a levitation using DC hight voltage? Hope u do the same experiance xith changing Voltage :)

@BlueprintScience 5 лет назад

@@abdeljalilpr2033 You're talking about Van de Graff generator voltage levels? Maybe one day...