just wondering, couldn't you get it to keep repeating with bigger velocity each time by arranging them like this:
0M0000M0 (M is magnet, 0 is normal ball)
so when you roll the ball at the one end, it makes the ball on the other end go really far, then when that ball comes back, it makes the first ball go EVEN further and repeaet indefinitely? (you'd need a really long ramp)
although i'm not sure if your experiment would work with the magnet on the other end.
You have just demonstrated Faradays law a changing magnetic flux induced a equal but opposite force on the magnetic field which simultaneously translated threw the steel spheres you had there thus creating the momentum in the last sphere because the south magnetic field push the negatively charged steel marble away i think correct me if I'm wrong
@unbridaled I don't think it has to do with Faraday's law. Change in magnetic flux induces a current. What you're seeing here is your second part about momentum. The magnet pulls the steel bearing towards itself and the force from their collision is translated to the ball on the end, which is sent flying away. The second magnet simply caused a greater force from the collision.
i don't understand, wouldn't the magnet at the end stick to the steel ball and so not roll away?
tomaf 1 month ago
He has magical power! Burn him! Buuurn him!
3:09
robvh2 1 month ago
hahha that was awesome :D
MrTrykster 2 months ago in playlist More videos from StrongerMagnets
Are you saying it wrong on purpose?
jlawton22 1 year ago
stupid Fing table
JASONANDTRACI 1 year ago
neodmdmdm love ur accent xD
areodynamic1 1 year ago
just wondering, couldn't you get it to keep repeating with bigger velocity each time by arranging them like this:
0M0000M0 (M is magnet, 0 is normal ball)
so when you roll the ball at the one end, it makes the ball on the other end go really far, then when that ball comes back, it makes the first ball go EVEN further and repeaet indefinitely? (you'd need a really long ramp)
although i'm not sure if your experiment would work with the magnet on the other end.
khajiit92 1 year ago
@khajiit92
oops, just realised if you did that, the magnet on the other end will slow the ball down. nevermind.
khajiit92 1 year ago
love the way u say neodymium...... subscribed HEADS UP!!!!
srikanth94 1 year ago
Neodymium. CLASSIC.
i woke my mother up with laughter. :D
themoviekidownz 1 year ago
bwahahahahayouhaveafunny voice and accent
wolffangfist86 1 year ago
You have just demonstrated Faradays law a changing magnetic flux induced a equal but opposite force on the magnetic field which simultaneously translated threw the steel spheres you had there thus creating the momentum in the last sphere because the south magnetic field push the negatively charged steel marble away i think correct me if I'm wrong
unbridaled 1 year ago
@unbridaled I don't think it has to do with Faraday's law. Change in magnetic flux induces a current. What you're seeing here is your second part about momentum. The magnet pulls the steel bearing towards itself and the force from their collision is translated to the ball on the end, which is sent flying away. The second magnet simply caused a greater force from the collision.
Malangen7 1 year ago
lol i love the way he says Neodymium
Zackoattacko 1 year ago
gauss gun ! see my magnet gun
gilbondfac 2 years ago
Wow, you've made some pretty cool experiments! And a lot of them too - keep up the great work.
StrongerMagnets 2 years ago