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Discussion
- What do you think about this? see, .
- Most interesting indeed
- That is an expensive piece of copper.
- This could be integrated into a new design for an elevator,or a quick fire escape for high rises,the possibilities are endless.
- would an even smaller magnet just sit inside like suspended?
- Bot those CGI graphics sure are amazing, so life like
- AHHH, Thats the oldest trick in the book, buddy. Jesus used to pull this one to fool the Romans.
- This is dabbling with the Occult.
- is it possible to make this go through a loop of copper pipes to make it continuous? it would make a really neat paperweight
- That magnet is scary. 1/4 that size is dangerous.
- What did that chunk of copper cost? like 100 bucks? Shits expensive...
- Wow! This guy is a genius.
- Where can i get some neodymium magnets?
- its so slowNeodymium magnet in copper pipe
- Awesome
- Nice, but I use five feet of small tube and round magnets..
- copper plumbing parts are not pure copper anymore,certain amount of scrap in everything,whatever the manufacturer can get away with
- Nothing fancy here, just one outcome of Lenz's law, the opposing current in copper tube.
- Step 1: Get a huge copper pipe (One i can fit in)Step 2: by tons of Neodymium magnetsStep 3: Mold the Neodymium magnets into clothesStep 4: Put magnet clothes onStep 5: Elevate the pipe with a crane so i can walk under it, but just barely.Step 6: Purchase a ladderStep 7: Put the ladder on the Copper pipe and jump down the copper pipe and amaze people.
- Array
- Must of been bored
- Copper heads and a magnet
- is it true?
- sorcerer
- where can i get a neodymium magnet that size?
- The 102 people that "disliked" this video, simply don'y realize the a copper tube interrupting a magnetic field is possible. S
- so cool
- @HedgehogTH awesome.. induction at its best.. But can you try doing this same experiment from a height, and as the magnet is slowly falling, you move your coil down too.. i guess if you try to do that, the magnet will fall faster.. xD
- Good ol' Lenz's Law in action.
- nice
- Very cool!
- Fascinating
- That is so cool. Its called diamagnetism. The copper itself is not attracted or repulsed by the magnet. Rather a the magnetic field causes friction in the copper when one is moving past the other with out having to touch.