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<blockquote data-quote="SicAudio" data-source="post: 7186807" data-attributes="member: 609136">you seem to be the only nay sayer about anything I have said here dude...several other people have already PM&#039;ed me thanked me and liked me on several of the posts....so if you just do not really know and want an answer just ask, instead of hiding man it is no big deal.. I will explain it in simple laymens terms just to make sure...batteries are storage devices that use a chemical reaction of acid and lead ...electrolytes... ( simply put...) to make and store useable electrical energy..when a load is placed across the pos ( cathode) and neg (anode) poles of the battery the reaction of the electrolyte and lead plates creates a path for the electricity to go to..since the reaction is chemical it is also a volitile reaction as well and continues to discharge in small amounts constantly over time.any more easy ?&#039;s&nbsp;&nbsp; ???</blockquote>

[QUOTE="SicAudio, post: 7186807, member: 609136"] you seem to be the only nay sayer about anything I have said here dude... several other people have already PM'ed me thanked me and liked me on several of the posts.... so if you just do not really know and want an answer just ask, instead of hiding man it is no big deal.. I will explain it in simple laymens terms just to make sure... batteries are storage devices that use a chemical reaction of acid and lead ...electrolytes... ( simply put...) to make and store useable electrical energy.. when a load is placed across the pos ( cathode) and neg (anode) poles of the battery the reaction of the electrolyte and lead plates creates a path for the electricity to go to.. since the reaction is chemical it is also a volitile reaction as well and continues to discharge in small amounts constantly over time. any more easy ?'s ??? [/QUOTE]

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