An Impossible Toy
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- čas přidán 15. 03. 2023
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There's a trained miniature ferret inside and if he gets it wrong, he doesn't eat.
Fukn funny lol
This is the only logical explanation. Magnets? Pssh. Yeah right
🥇🏆
Lol
dude don't Snitch
When you pulled both strings on both sides, you broke the magnet connecting the two before you opened the tube. Each string is on a sort of pulley attached to their respective magnet.
gr8 m8! I r8 9/11
Suction power?
@@bclar081 can't be
Hello
Not magnets but springs
Magnets. Brass isn't a magnetic metal therefore its not affected. The strings are on a y shaped string, and the magnets are connected.
This. They’re often made of wood, too as it is much cheaper to make.
By procesd of elimination I have deduced that the tube is full of magic. There is no other explanation.
Yes
Yes
They're each connected by a Y-shaped string that has a magnet at the base that connects to a magnet on the opposite string. Pulling down on both bottom pom poms separates the two magnets and hides the additional string inside the tube. You actually have to show the trick in a specific order while repeatedly using trigger words and reinforcing the idea that the pom poms aren't connected. The explanation and even the cadence of the person's voice are part of the trick.
@Cavachoncx3 wut?
@Cavachoncx3
.. l'alam al-mein. Aa-meen. ... Amen. *
..
@@TheSpooderQueenProbably just a bot. Report the comment and profile as spam.
When all you ever wanted was a fat bearded guy to walk in and say your a wizard Ramsay
This reminds me of when my Venetian blinds are stuck 😂
Do you know to make a Venetian blind?.........
Poke him in the eye.
Love it Sean LeFloch
I have never read anything more true
😂😂😂
@@lang1031🤣🤣🤣🤣
All I know is I'm never falling asleep tonight.
Magnets
Sleep
No just turning it a bit makes that illusion
Why?
@@selenamolina3788 hehehehe,just because you have asked!!!
Tube is brass so non-magnetic. There's probably 2 small magnets that the strings on the left and right are threaded through inside the tube. When the magnets are attached, pulling a string will pull them towards that side if you hold the other 2 ends that could move with your thumb (watch Chris's thumb position when he pulls the strings). At the end before opening the tube, you break the magnets' connection, so they retreat deeper into the tube on both sides and can't be seen, this is why the string becomes longer on both sides.
I googled it. Apparently it's just a small washer
My thought exactly, 2 magnets, with an eyelet on each with the left side string going thru one, and an eyelet on the right one for the right two balls.
When the magnets are stuck together it travels left and right as needed.
To separate the magnets, pull a ball on the left and the right (like he does) and they retreat into the halves of the brass tube unseen.
I noticed you pulled harder on othe other side before opening it up.
During the beginning of the puzzle you had at most one length of string extended at one time. But before opening it you pulled out a second length of string which leads me to believe they are somehow attached after all but with an easily detachable connection
Twisting motion moves a physical interference to influence the strings when the tube is sealed
"You can see there is no attachment."
Meanwhile the inside of the tubes are pitch black and you can't see shit
😂👍
I think the inner tube rotates and raises/drops the lower ball on the opposite end like an anchor.
Oh. The strings are elastic.
and at the end when he wants to show the inside. he pulls the rope to bring the magnets in the same place so that it seems that it is hollow inside
It is hollow inside....
There are two tubes, inner and outer. The movement spins the tubes to coil the strings
The real answer gets the least likes, always with people is magnets, strings and aliens 😂
Each two balls on one side are connected to the same wire that's passes through a loop on an airtight piston in the cylinder. The length of the wire is double the stroke of the cylinder. Look how he shakes the cylinder to get the bottom left ball to drop, it's because the wire has to pass through the loop on the piston
I owned one in a jr. Magician toolkit. That one had crossups on the strings running through the mid, and you had to do a specific routine to create the illusion. The magnet theory is right. That's why you go so slow on one portion but pull hard and it's gone.
there is fix volume chamber inside the tube so when you pull one string it affects the inside chamber and pulled the opposite string since volume is fixed as you can hear a pop sound when he opened the tube.
Makes sense
Each string is connected to a sliding magnet within the tube. Right before they pull the tube apart they grip the string on both sides and pull them apart real quick, breaking the magnet connection, and then proceed to separate the tube.
maybe a magnetic connected strings when inside, and when you open you disconnect magnets.
so 2 strings, and each have a magnet with a hole in it, and strings go threw this magnets. Simple.
I’m thinking it has to do with air pressure inside because when you pulled from the same side it acted strange going down as if it had to go through something else instead of going straight down. While the others were pulling it directly. Very neat trick using pneumatic pressure. Neat hint using the pop sound when opening the tube.
I think there’s an internal cylinder/sleeve, to which all the strings are attached somehow and it spins and pulls in any loose strings? It can connect with the other half easily, when it is reassembled
Each string could pass through a magnetic ring inside the tube, which is non magnetic
I don't know why , but every time the string is pulled-in, your finger is on the head of the toy which is close to the string which is being pulled in. May be there is a spring that is attached to the head. Totally two springs for each head. A little force on head might trigger the spring and rewind the string. Just my guess.
Good guess , good way of using our head there. But i think it would tale more time if the mechanism works like how u suggested. Magnets maybe ? Because thats the only way he can manipulate one from the other without attachement right. I just dont get which is which. Is it the strings ? Maybe
Before you opened it you made sure both the bottom balls were pulled down so I’m assuming they were connected by a magnet on the end of the strings and pulling the ball down before opening it detached the magnets
The strings are made with a special material that has lots of area properties and that gives you the illusion that they are connected
there are two small pistons in the two tube that are put together. and because of the vacuum created by pulling the string, the two pistons are controlled by each other
I think this is using pulleys, but not magnets. I think the ends of the tube pull out, which he's doing with his thumbs and obscuring, which draws tension on the string. So they're completely independent of each other. My guess is he can do this trick without having the two halves connected.
there are magnets in the bees that connect the wires to. you also see that he ensures that a thread is only long because that magnet takes the other magnet with it and the rope on the one is shorter than the other
It may have baffled some people for 300 years, but not me! I promise you, it hasn't baffled me for one second! In fact, I never even heard of this thing until now...
it has now baffled you for 3 weeks
@@siyustuff213 Wrong. It has now NOT baffled me for 3 weeks!
Wrong. It has not baffled anyone for 300 years.
@@robdom91 okay, how does it work!
I think instead of a Y shaped string, the magnets each have a loop that allows the string to drop through when all the way on either side.
i think the sound made when he opens it is a clue. im going to go with suction. likely each string has a plunger with an eye the string goes through.
It has something to do with the ends
Ye
it's his assistant beetle controlling it from the inside
The strings are threaded through each respective side in a U shape with a magnet attached to the bottom of each U via an eye hole for the string to slide through.
When the stick is together, it connects the strings to a degree, but when you pull it apart, it breaks the magnet and hides it within each side.
Aliens, or magnets
Aliens are more likely
Dark Magic! Beelzebub's machinations.
The strings are in the brass tips running through precise slots running through the brass sleeves.
It twists then rolls the straight up one way and don't push either way
On each end of the tube is a hole drilled straight through. Through these holes the string is threaded straight through vertically with the beads attached on each end. No illusionary elements so far.
The trick comes from two "corks" inside the pipe with an eyelet on the side of each of the two corks facing away from the center. The string is threaded through the eyelets on each respective side inside the pipe.
Now when you pull the string that is not extended it pulls that strings cork back toward its own side creating a vacuum that pulls the opposite cork along with it.
This gives both strings the ability to move freely through their own holes while still being able to influence the string on the opposite end of the pipe.
I'm not sure how clear the explanation is, but that's how this illusion works.
At first, I thought it was a suction thing, but I think it's actually a magnet that attaches the two strings, and when you pull on a string, it breaks the attachment.
Magnetic connection between the strings
Remember in magic it’s usually exactly what you think is happening. The only possible way. If they try to disprove you that’s where the trick is😂
What?! We just lost you
its a flat lever system. if you notice at the beginning he had to shake the top pom-pom to get the toy working. its clever but once you take one apart youll see its quite simple
Ah yes I seem to recall trying to learn this beginners form of witchcraft in my first year of wizardry school. I still can't quite figure this one out.
Just before you detached the two halves you yanked on one string, revealing *more length* of the string which we had not seen for the demonstration. That somehow un crossed the 2 Independent strings on the inside with some topology magic.
I think he spins the knob on the outside to effect the strings
Me: “well, it’s just connected inside”
‘Most people think it’s connected inside, but when you open it up…’
😅😅😅
Extra shaft that the strings twists a certain way
So simple if you consider it‘s cylindrical and it needs some pulling to take it apart 😊😊
Well it's not vacuum or pressure 👀
Spooky action at a distance.
I have only one word to say "magnet'😅
I feel like the inner tube spins when I pull a certain way
Revolving tubes of the shell...next.
How about a simple small loop through which both sides strings go through and are connected. All there is to do before opening the cylinder is to break that tiny loop to disconnect both strings, the tiny broken loop just falls down one tube... It is pretty obvious just before opening the canister, the presenter gives the string on the right a very quick yank while holding the left string tight therefore breaking the middle inside loop...
The loop could be made of simple, breakable material, tiny flimsy string or even possibly a tiny paper band... Can be anything that's easy to break... or untie/unglue... you get the idea...
I would guess the lines are hollow soft tubes and not connected at all, just closed at the ball side. And by pulling one, you create underpressure, so whatever is extended, needs to deliver the pressure difference (missing air) to the piece that is being pulled.
it's all done with magnets & JACK DANIEL'S
Elementary, my dear Watson
It's simple, really
The man is a witch
Before you open it, you pull down on both sides, separating the connection point.
I've wondered how they work as I have seen different kinds... I would think that one has some kind of inner sleeve that rotates and connects both sides when you put it together
Magneto is doing it from behind the corner of that building over there
My guess would be a tube inside with a through hole on either end. Load one side wound and the other straight through. The wound side has the bead snug to the outside barrel. And the other side has the the holes on the inner and outer barrels aligned so the string moves freely. When you pull the sting on the wound side it unwinds that side and simultaneously winds the other side.
Instead of being intertwined, they must be attached to each other with a magnet with a hole for each side, because you had more slack in both of the strings when pulling it apart than what you began with.
I feel like air pressure is a decent guess, except for the instant movement
HOW DARE YOU NOT TELL ME HOW IT WORKS CHRIS MY BRAIN IS IN SHAMBLES
Suction or pressure?
Magnets connecting the strings ....
Suction would require an airtight seal, but the strings come out of holes and don't have a whole lot of resistance, so the mechanism can't be suction. Don't feel bad, though, I thought that, too
Magic, what kind of wizard are you, magic.!!!!🧙♂️
Because its vacuum tight pulling on one string, causes the other string to be suctioned back in to the tube
You can see when he pulls his left hand outwards to separate the connected strings. I guess with a magnet as some have said.
Inside is like a hollow pulley that turns the end caps that the strings are in
i m guessing you just rotate the rod
You pull one side fast and the air pressure created by the friction pulls in the other string to the tube
It's either magnetic or friction vibration to move the opposing string
Vacuum pressure toys are so cool
Great slide of hands 🙌
The two sides of the strings might surrounded an inner tube that rotates but two strings on the same side attaches to the same tube. basically on one side, when the upper ball is attached to the tube theres spare section for the lower ball to retract if on the other side pulling the ball down, which rotates the inner tube.
300 years and 45minutes.
Probably a cylinder on the inside that spins when the string is pulled.
It's a combination of pulling the brass beads or not pulling the brass beads.
And air pressure. It's a genius switching mechanism.
I have a feeling it's using very tight tolerances between the strings and the holes which they go thru. I'm guessing the reason he puts his finger on the head of the side he pull is because hes covering a hidden bypass hole that allows him to create a vacuum on that side which pulls the string into the body.
The inner cylynder spins(i noticed you hold it only from the end bits)
🤔I m making a wild guess…air pressure….pulling of the strings affect the air pressure inside the tube😂🤷🏻♀️
tube in the center spins the strings around is my best guess
Will they still work when the tube is pulled apart?😂
Tube/string openings are sealed with gaskets/ o-rings. strings are capped at ends on inside to keep from pulling all the way out. Pulling one string creates a vacuum that pulls the extended string back up. That’s my guess. All about pressure/
lol
I'm going with magnets, science and a lil dash of fuckery. 😅
There's a cylinder on the inside that the string is looped around like a yo yo knot. It will slip one way and just pull the string up. Pull the other and it gets tight and spins the cylinder, winding up the opposing string.
Magnets sound good , but I'm thinking it's operated by a vacuum
Either magnetic or the string operating a plunger on each side.
I think there are magnets attached to the strings inside.
It’s weights and pulleys. This trick can be done with the tubes separated and the ball ends toward the audience.
Vacuum?
Looks to me that it has some magnetic beads the strings run through. If the illusion is as old as stated, most likely used hematite or lodestone as beads in the original.
Nah, the magnet bit is new. The old illusion has a connection.
Right before he opened it, he broke the connection. He held one side and pulled the other side. You can see both sides are pulled
I know how that works. I’m from Minneapolis (Fridley) and the Eagle Magic Store is here. I grew up around this stuff.
My guess is a magnet, I thought I noticed you disconnect the strings right before pulling it apart
Magnets, of course
had one of these in the 70's when i was a kid
It works like this. Imaginie a small washer in the middle of the tube. The 2 beads on 1 end... string goes in, up tube through washer and back and out. Same on the other end, string goes in, up tube and through the same washer and back out. So now if you pull on a string, it pulls the washer towards the end your pulling from. Then that end can be pulled up and down. Then if you pull a string from the other end it pulls the washer that way pulling the strings tight on the other end.
Now, all that is different is that its not a washer but a magnet that pulls apart in the middle so it can be taken apart. That's why at the end he pulls both strings to pull the magnet apart.