seen from United States
seen from Mexico
seen from Mexico
seen from United States
seen from China
seen from United States
seen from Brunei
seen from Saudi Arabia
seen from Italy
seen from Türkiye
seen from Brazil
seen from United Kingdom
seen from China
seen from United States
seen from United States
seen from United States
seen from Mexico
seen from Malaysia
seen from Malaysia
seen from China
* I was excited to learn how to make these motors out of everyday items any normal human being would have around and make something pretty cool out of them.
* 10 AWG Copper Solid Wire and removed Insulation
* I made 4 turns in my coil around the battery
* Resistance = 0.001Ω
* I used 4 12mm x 3mm Neodymium Magnets stacked
* 10 AWG Copper Solid Wire and removed Insulation
* I made only 1 turn in my coil around the battery
* Resistance = 0.001Ω
* I used 4 12mm x 3mm Neodymium Magnets stacked
* I was tired of bending and twisting copper wire so i decided to try something else and i went with aluminum foil.
* No Turns in my coil but slightly touching magnets
* Resistance = 0.001Ω
* I used 4 12mm x 3mm Neodymium Magnets stacked
Homopolar Motor Conclusion
In Conclusion, i realized the fastest was The Kitty Kat was the fastest and The Aluminati seem to be fast also but had a difficult time trying to balance over the battery. ( See Videos ) I think if used more magnets and less resistance to motor would be faster and if I used less magnets and More resistance it would go slower.
In my opinion the reason why i think it needed a push to start was because just like any other motor it needs an initial force to start. :
The Wire was getting HOTTER because of the current flowing through. The more current the hotter it’ll get. The thicker the wire the more current can flow through.
For all three motors i wasn't able to measure the Inductance of the coil because i didn't bring them to class to be measured by Professor. Sowwy :(
Homopolar Conclusion
In Conclusion, i realised the fastest was The Kitty Kat was the fastest and The Aluminati seem to be fast also but had a difficult time trying to balance over the battery. ( See Videos ) I think if used more magnets and less resistance to motor would be faster and if I used less magnets and More resistance it would go slower.
In my opinion the reason why i think it needed a push to start was because just like any other motor it needs an initial force to start. :
The Wire was getting HOTTER because of the current flowing through. The more current the hotter it'll get. The thicker the wire the more current can flow through.
* I was tired of bending and twisting copper wire so i decided to try something else and i went with aluminum foil.
* No Turns in my coil but slightly touching magnets
* Resistance = 0.001Ω
* I used 4 12mm x 3mm Neodymium Magnets stacked
* I was excited to learn how to make these motors out of everyday items any normal human being would have around and make something pretty cool out of them.
* 10 AWG Copper Solid Wire and removed Insulation
* I made 4 turns in my coil around the battery
* Resistance = 0.001Ω
* I used 4 12mm x 3mm Neodymium Magnets stacked
* 10 AWG Copper Solid Wire and removed Insulation
* I made only 1 turn in my coil around the battery
* Resistance = 0.001Ω
* I used 4 12mm x 3mm Neodymium Magnets stacked
