As you increase the supply voltage the current goes down. total watt consumption remain the same especially and when the speed maxes out. If you disconnect the power supply and turn the rotor, would you get DC output through them brush wires? And would you use dc voltmeter or dc ammeter to check it?
Hi, just wondering exactly what kind of magnets you used. We have a current flowing through, but the solenoid doesn't actually repel the magnet. Any idea why? Thanks!
Ludic Science does the way you wrap the wire matter? And can i use larger stronger magnets? (THe magnets i am using are just alittle bigger and rectangular, and strong as well)
What is the orientation of the permanenet magnet poles? Is North facing inward on one side of the motor, and South facing inward on the opposite side of the motor? Or are "like" poles facing inward, i.e., two Norths facing inward, or two Souths? My guess is that opposite megnetic poles are facing inward towards the rotor
hey i like this video its really usefull and ill try to build motor like this to school project but i need to know.. does thickness of the wire have some efect to efficiency to the motor ?
one more question please if you have time cause i'm making it as we speak..which way do the magnets face?i mean specifically the one on the right and the one on the left,round or straight face towards the wood it's stuck?
it does not matter the polarity of left or right magnets as long as they are different, for example the left may be south and the right north, or viceversa.
thanks,i made it,everything fine,but once the axis rotates it pushes both the paper clips of the positive and the negative and the motor stops moving.any suggestions?
@@dominicportolese1916 Yeah, wtf is that question xD Unless he asks if it's possible to make it reverse and produce enough energy to light up a led by speeding up the rotor. Then probably yes, imho.
Would the magnets on the sticks be repelling each other or attracting each other - despite being so far apart (e.g., Magnet 1 has a North - South orientation --> Magnet 2 - South - North orientation) - or the opposite?
It would probably work better if the holes in the wooden dowel were smaller or if there were bearings holding the dowel. The wobbling interferes with the angular momentum and slows down the motor.
Not sure why mines isn’t working I have 50 turns on each side magnets places perfectly 9v battery paper clip touching the wire but still doesn’t work any suggestions ?
Did you follow his direction on how to wind up the magnetic wires cause the direction on how you wind up the wires is critical. Did you use magnetic wires?
@@Saf.69 is your copper wire coated (usually enamel)? copper wire should be coated, bare/naked copper wire will not work. Magnet wires are simply copper wires with coating. Also make sure you wind your wires exactly as directed in this video, that is the right number of turns and also the direction/orientation of the turn. wrong winding will mess up the magnetic field. Make sure that you use the correct wire size which is 28 AWG also known as 28 gauge
Ale to przecież nie jest twój film! To jest plagiat, bo ktoś inny już dawno pokazał na YT identyczny film! Skopiowałeś go dosłownie i nie podałeś nawet autora pierwowzoru, wbrew zasadom Standardowej Licencji You Tube. Oj, nie ładnie, nie ładnie. I dlatego daję ci łapkę w dół - paw down (I do not like it) = nr 3
Tego typu filmy są kradzione na potęgę przez wszystkich, podchwytywane pomysły "że niby to ja". jest kilka kanałów po 1mln subów gdzie każdy od każdego zżyna :v
+Sparrvel No niech zżyna. Standardowa licencja YT zezwala na to. Pod warunkiem jednak, że poda się źródło i nazwisko autora, albo jutiubowy nick. Wówczas jest to OK.
