https://www.youtube.com/watch?v=S-k8qe0o9SU
https://www.youtube.com/watch?v=NVVq_qatuUs
The second video is to prove I was not holding the rod and breaking its fall.
Dont be too harsh on this $20 part demonstration video.
From the point of Dollards below, Im using 3 magnets (ring magnets) on a delron (plastic) hollow rod.
magnets are 100% free floating on the rod, and passed thru a copper tube ONLY HOLDING THE PLASTIC ROD....., I get resistance coming and going from the plastic rod (dielectric capacitance)
Also proving Dollards position (as if it needed any proving) that "insulators are conductors and conductors are really insulators".
Fascinating! Promise the video (SEE LINKS ABOVE)
Im getting resistance off a PLASTIC ROD (insulator) thru a copper tube.
on the plastic rod are 100% free floating ring-magnets.
Investigating dielectric capacitance a bit further, consider an experiment of Ben Franklin, the father of the electro-static condenser. Here we will dispel the “electronics nerd” concept that a capacitor stores “electrons” in its plates. Taking the pair of copper plates as in the previous experiment, but now we have two pairs of plates, one pair of plates distant from the other pair of plates. Upon one pair of plates is imposed an electro-static potential between them. The cube of 10-C oil is inserted between this “charged” set of plates. This hereby establishes a dielectric field of induction within the unit cube of 10-C oil. Now we then remove this cube of oil, withdrawing it from the space bounded by the charged pair of copper plates, and taking this unit cube of oil, it is then inserted into the space bounded by the other un-charged pair of plates. Upon insertion it is found that the un-charged pair of plates have now in fact become charged also. It here can be seen that a cube of dielectric induction can be carried through space, from one set of plates to another set of plates. This induction is contained by the boundaries of the 10-C oil. Well golly-gee Mr. Wizard, what happened to all those electrons, Isn’t oil an insulator?
https://www.youtube.com/watch?v=NVVq_qatuUs
The second video is to prove I was not holding the rod and breaking its fall.
Dont be too harsh on this $20 part demonstration video.
From the point of Dollards below, Im using 3 magnets (ring magnets) on a delron (plastic) hollow rod.
magnets are 100% free floating on the rod, and passed thru a copper tube ONLY HOLDING THE PLASTIC ROD....., I get resistance coming and going from the plastic rod (dielectric capacitance)
Also proving Dollards position (as if it needed any proving) that "insulators are conductors and conductors are really insulators".
Fascinating! Promise the video (SEE LINKS ABOVE)
Im getting resistance off a PLASTIC ROD (insulator) thru a copper tube.
on the plastic rod are 100% free floating ring-magnets.
Investigating dielectric capacitance a bit further, consider an experiment of Ben Franklin, the father of the electro-static condenser. Here we will dispel the “electronics nerd” concept that a capacitor stores “electrons” in its plates. Taking the pair of copper plates as in the previous experiment, but now we have two pairs of plates, one pair of plates distant from the other pair of plates. Upon one pair of plates is imposed an electro-static potential between them. The cube of 10-C oil is inserted between this “charged” set of plates. This hereby establishes a dielectric field of induction within the unit cube of 10-C oil. Now we then remove this cube of oil, withdrawing it from the space bounded by the charged pair of copper plates, and taking this unit cube of oil, it is then inserted into the space bounded by the other un-charged pair of plates. Upon insertion it is found that the un-charged pair of plates have now in fact become charged also. It here can be seen that a cube of dielectric induction can be carried through space, from one set of plates to another set of plates. This induction is contained by the boundaries of the 10-C oil. Well golly-gee Mr. Wizard, what happened to all those electrons, Isn’t oil an insulator?
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