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- Jul 9, 2011
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I'm quite confused about this point.
BR gives this formula on page 186 of their physics book:
V= (V of resistors)+ (V of capacitor)
V=IR+(q/C)
And considering, in this case, V=IR=emf
and (q/C)=V=emf when the capacitor is fully charged.
So when the capacitor is fully charged:
V=emf+emf=2emf
Seems strange, but wondering if this was correct.
BR gives this formula on page 186 of their physics book:
V= (V of resistors)+ (V of capacitor)
V=IR+(q/C)
And considering, in this case, V=IR=emf
and (q/C)=V=emf when the capacitor is fully charged.
So when the capacitor is fully charged:
V=emf+emf=2emf
Seems strange, but wondering if this was correct.