Lakota 5,000+ posts
Doesn't Know $hit
In theory, yes. In real life loads are going to have some kind of resistance if you go back a ton of decimal places.LOL, so is it even possible to achieve a 0 ohm load?
In theory, yes. In real life loads are going to have some kind of resistance if you go back a ton of decimal places.LOL, so is it even possible to achieve a 0 ohm load?
too bad you can't create absolute zero temperatures...//content.invisioncic.com/y282845/emoticons/rolleyes.gif.c1fef805e9d1464d377451cd5bc18bfb.gifWrong!
There is no resistance in absolute zero temperatures! they have been playing with this idea for sometime.
Sure, on the dark side of the moon.If you run 4 single vc 1 ohm subs in parallel you get a 0 ohm load?
seriously? You couldnt of made it a quad 1 ohm? lolIf you run 4 single vc 1 ohm subs in parallel you get a 0 ohm load?
eventually your wire has more resisitance than the subseriously? You couldnt of made it a quad 1 ohm? lolfigure this. 2 quad 1 ohm woofers would be 1/8 ohm. 4 would be a 1/16 ohm. I cant remember what ohm you would have to be at to have a dead short but i know its very very low
you are correct.Wrong!
There is no resistance in absolute zero temperatures! they have been playing with this idea for sometime.
The phrase is "for all intents and purposes".For all intensive purposes a dead short is assumed to be no resistance.
Interesting... Thanks for correcting me. Never knew that. //content.invisioncic.com/y282845/emoticons/smile.gif.1ebc41e1811405b213edfc4622c41e27.gifThe phrase is "for all intents and purposes".
"For all intensive purposes" is a malapropism.
Sorry, pet peeve of mine.
This man knows his stuff.For all intensive purposes a dead short is assumed to be no resistance.
too bad you can't create absolute zero temperatures...//content.invisioncic.com/y282845/emoticons/rolleyes.gif.c1fef805e9d1464d377451cd5bc18bfb.gif
falls under the same category...its a theoretical limit thats impossible to reach, but you can come close
just like approaching infinity, except its impossible to even get 'close' to that, but for usefull purposes we can use really big numbers instead
There is nothing theoretical about zero Kelvin; and it is not impossible to reach...
FYI RE_XXX, copper has no critical temperature and even at zero kelvin it will not behave as a superconductor...