?

True, once voltage goes across water, it ceases to be water and becomes 2 distinct gases, Hydrogen and Oxygen

You have unfinished business with the shape debate, Human Sheeple.

Happy fourth

'merica

for what it's worth

you mean the video that i posted ? @Steve Angell

Human sheeple exactly

Yes with Flanagan.

so one of you is against flanagan and the other likes him

this is gonna be interesting

He is correct about DC but not so correct on AC. Yes you can transmit it with powerlines a long way with minimal loss. But not near a thousand miles.

it's a 3hr long video so he says a lot of things

AC will just make heat or light

it won't electrolyze

pulsed DC will however

Pulsed DC is AC.

Nope wrong

Pulsed DC is commonly produced from AC (alternating current) by a half-wave rectifier or a full-wave rectifier.

AC involves going into negative voltage

Depends how you define pulsed

pulse width modulation they have chips that do pulsed DC very easily nowadays

Alternating current. What the name means. Alternating from high to nothing and back to high is still alternating.

Generating DC. DC can be generated in a number of ways: An AC generator equipped with a device called a "commutator" can produce direct current. ... Batteries provide DC, which is generated from a chemical reaction inside of the battery.

no high positive to high negative

It reacts more like normal AC current than DC.

Alternating current is an electric current which periodically reverses direction, in contrast to direct current which flows only in one direction.

See @mineyful is smart

DC means direct current. Direct is not alternating between high and low.

Hold on is your original point of 1000miles being disputed here

Direct current is the unidirectional flow of an electric charge.

Yes. You can not transmit AC a thousand miles with minimal loss.

There is a huge loss at that distance.

Whenever power has to be transmitted over long distances, DC transmission is the most economical solution compared to high-voltage AC

so ye

I don't know enough about electricity tbh to debate this, but i watched that video years ago and i watched it for it's main topic which was water wasn't paying attention to other details

you know what I actually don't know either

I am barely into it. I am not disputing the video and his main point he has not gotten to in 12 minutes.

I have never heard of DC transmission for dozens of miles being effective or even possible.

well if you can stomach watching more into it then you can tell us any other anomalies you may pick up

From what I understood it was only three miles max and really limited mostly to a single mile.