After watching this video for the 2nd time now, I am trying to establish a standard in my mind as to how to handle negatively charged batteries, and what is a negatively charged battery?
Where is John measuring on the video that developed scope shots that are dropping below the line, is he measuring AC with the scope? From what I can tell looks like he was connected to E ( for ground ) on the collector and C, but not sure. I have not seen those wave forms before... He terms this as negative energy, charge.
Fixing a "battery that does not accept a charge" on the video John has a garden tractor battery that does not work well accepting a charge on the window charger. I am wondering if this is the same battery that they were using before that had just put out over 60 amps till fully depleted?
Still trying to get my brain around the concepts presented...
Where is John measuring on the video that developed scope shots that are dropping below the line, is he measuring AC with the scope? From what I can tell looks like he was connected to E ( for ground ) on the collector and C, but not sure. I have not seen those wave forms before... He terms this as negative energy, charge.
Fixing a "battery that does not accept a charge" on the video John has a garden tractor battery that does not work well accepting a charge on the window charger. I am wondering if this is the same battery that they were using before that had just put out over 60 amps till fully depleted?
Still trying to get my brain around the concepts presented...

I noticed this in the dvd also. I would have thought that only the modified strand would act as a node and the others would function as normal. I guess not.
you have the same type of scope I do, I have to hit it every now and then to get the picture straight. My 25 mhz scope does not give me the full details of what is going on, I noticed that Bedinis is a 200 mhz scope... so I imagine I am not getting the full picture.
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