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Jun 29 2017 11:09pm
Quote (noob_whacker @ Jun 30 2017 12:55am)
V = I × R

there will be a day when we get 100 volts running through our cpu lol


that guy on the motorcycle really tried his best to get hit didnt he
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Jun 29 2017 11:12pm
Quote (noob_whacker @ Jun 29 2017 11:55pm)
V = I × R

there will be a day when we get 100 volts running through our cpu lol


E = I x R <---- Proving that resistance is NOT futile.


E as in "electromotive force".
I as in "amperage".
R as in "resistance".
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Jun 29 2017 11:15pm
Quote (Ghot @ Jun 30 2017 01:12am)
E = I x R <---- Proving that resistance is NOT futile.


E as in "electromotive force".
I as in "amperage".
R as in "resistance".


E= electric field
I = current

This post was edited by noob_whacker on Jun 29 2017 11:15pm
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Jun 29 2017 11:17pm
Amperage = current

But E definitely = electromotive force.



Quote
The electric charge that has been separated creates an electric potential difference that can be measured with a voltmeter between the terminals of the device. The magnitude of the emf for the battery (or other source) is the value of this 'open circuit' voltage. When the battery is charging or discharging, the emf itself cannot be measured directly using the external voltage because some voltage is lost inside the source.[18] It can, however, be inferred from a measurement of the current I and voltage difference V, provided that the internal resistance r already has been measured: ℰ = V + Ir.



/e When it comes to electricity, it's better just to...believe. :)

This post was edited by Ghot on Jun 29 2017 11:35pm
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