benj
2013-08-11 01:46:16 UTC
You obviously know nothing about electronics or even Ohms law.
LOL, you are so fucking stoopid chimp.Is not about Ohm's law and proper resistors here. Internal Resistance is
something else. Idiot. You may EVALUATE a lower "Thévenin resistance
R_th"
equivalent, by connecting the elements in parallel, but the Internal
Resistance for each element is still IN there, untouched, or now, even
higher. This because inherently even same size/areal elements exhibits
slightly DIFFERENT characteristics (static/dynamic) and values for their
Internal Resistance.
Thus a reverse current will dissipate Energy taken from one element into
anther. A reverse current into a Internal Resistor is not good, gives
heat and INCREASE the said Internal Resistance even more.
http://en.wikipedia.org/wiki/Th%C3%A9venin's_theorem
Internal losses don't depend on series or parallel connections. You aresomething else. Idiot. You may EVALUATE a lower "Thévenin resistance
R_th"
equivalent, by connecting the elements in parallel, but the Internal
Resistance for each element is still IN there, untouched, or now, even
higher. This because inherently even same size/areal elements exhibits
slightly DIFFERENT characteristics (static/dynamic) and values for their
Internal Resistance.
Thus a reverse current will dissipate Energy taken from one element into
anther. A reverse current into a Internal Resistor is not good, gives
heat and INCREASE the said Internal Resistance even more.
http://en.wikipedia.org/wiki/Th%C3%A9venin's_theorem
quite ignorant. Take time off from high school today? Thevenin's
equivalent does not apply here. Ignorant moron.
<snip babbling gibberish>
Is English not your native language or are you on drugs?
What word or phrase gave you problems, Idiot. Is gramma bothering younow chimp :). You want me do you gramma? Admit your defeat, be a man. I
don't wanna talk to you anymore. Waste of time and bandwidth
here and do your loud-mouth crazy act to get noticed?