For some reason, in the video, the pancake coil's wire looks like copper wire. Since the color of the aluminum plate is accurate (light gray), then it's logical to assume that the pancake coil's color is also correct. Seems like copper would be a better choice for the pancake coil, even thought the audio track claims that the wire is aluminum. Anyways, cool Lenz's Law experiment - thank you! So easy to follow.
What difference would it make? It needs a sort of magnetic conductor where the magnetic flux can pass through underneath to float, trying it on dirt won't work.
You can. You can get up to 100 amps at 240v(or 50 amps per transformer line(2x50), ie 120v at 50a.) if Im not mistaken. However, preferably, you can get even more if you lower the voltage with a step down transformer. I think you can only suck 100a at 240v if your device is strong enough to demand it. Then it would more than likely cause current fluctuations to other people's mains since one pole transformers usually provides electricity to multiple residents. You can determine logically that the wires that run to your house are a bit thicker than needed for safety reasons, and I count 6 of 10 guage wires within the wire that runs from the transformer. Also, the other day when I was installing a 240 line for a split unit, the resident's breaker box had 2 of 50a breakers on each 120v transformer line preceding the other breakers that runs for their regular shit. So that means for their area's transmission line and the transformer they get power from, they could get 'up to' 100a current if they had the demand. As this mainly runs on amps, it would feasible to lower voltage and increase amps, and make sure the according gauge wire is used for such an experiment, just to not be a jerk and mess with the neighbours power. I believe the pole transformer can actually out put higher than 100 amps, but that also depends on the transmission line transmitting voltage, and the transformer itself. You can get somewhere around 500a+ if you modify a microwave oven transformer to step down the voltage. Might be around 1-3 volts for that sort of current though. Not gonna lie, I hate current.
This should be taught in school
You are telling me the hoverboards in back to the furture 2 is real ?
The levitation force is caused by effect of eddy current, isn't it?
For some reason, in the video, the pancake coil's wire looks like copper wire. Since the color of the aluminum plate is accurate (light gray), then it's logical to assume that the pancake coil's color is also correct. Seems like copper would be a better choice for the pancake coil, even thought the audio track claims that the wire is aluminum. Anyways, cool Lenz's Law experiment - thank you! So easy to follow.
Looks to me like it's enamel covered wire.
Have you tried in the ground
What difference would it make? It needs a sort of magnetic conductor where the magnetic flux can pass through underneath to float, trying it on dirt won't work.
You have demonstrated a antigravity force ' I don't understand why somebody has not stole this l
Experiment
do it out side .. I'm dying to see it
凄い実験！
The Bushman effect.
Those currents are really high youre not easily going to get 30Amps from the mains to replicate that
You can. You can get up to 100 amps at 240v(or 50 amps per transformer line(2x50), ie 120v at 50a.) if Im not mistaken. However, preferably, you can get even more if you lower the voltage with a step down transformer. I think you can only suck 100a at 240v if your device is strong enough to demand it. Then it would more than likely cause current fluctuations to other people's mains since one pole transformers usually provides electricity to multiple residents. You can determine logically that the wires that run to your house are a bit thicker than needed for safety reasons, and I count 6 of 10 guage wires within the wire that runs from the transformer. Also, the other day when I was installing a 240 line for a split unit, the resident's breaker box had 2 of 50a breakers on each 120v transformer line preceding the other breakers that runs for their regular shit. So that means for their area's transmission line and the transformer they get power from, they could get 'up to' 100a current if they had the demand.
As this mainly runs on amps, it would feasible to lower voltage and increase amps, and make sure the according gauge wire is used for such an experiment, just to not be a jerk and mess with the neighbours power.
I believe the pole transformer can actually out put higher than 100 amps, but that also depends on the transmission line transmitting voltage, and the transformer itself.
You can get somewhere around 500a+ if you modify a microwave oven transformer to step down the voltage. Might be around 1-3 volts for that sort of current though. Not gonna lie, I hate current.
Now just need some bacon!