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John Smith I wrote:
For resistors in series: R1 + R2 + R3 + ... = R(TOTAL) For the special case of only two resistors in parallel: R1 X R2 ------- = R(TOTAL) R1 + R2 general case: 1 ----------------- = R(TOTAL) 1 1 1 --- + --- + --- + ... R1 R2 R3 the above holds for inductance ... and, as you say, capacitance the reverse ... Really Dee, did that give you all that many problems? I see nothing there but basic math. Seriously, give me an avg. youngster, 8th grade or older, and I will give you back a youngster capable of all the above ... Regards, JS Oh yeah, what would you say to learn ALL of that, 1/2 hour? JS |
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