A5.00 µF and a 6.00 µF capacitor are connected in series, and this combination is connected across a 42.0 V potential difference.

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Calculate the charge on the first capacitor. Calculate the charge on the second capacitor. Calculate the
potential difference across the first one. Calculate the potential difference across the second one.
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Transcribed Image Text:ago IUA Normal text Arial 10 Calculate the charge on the first capacitor. Calculate the charge on the second capacitor. Calculate the potential difference across the first one. Calculate the potential difference across the second one. II I! 日
<Ch 18 HW_Part 3
Problem 18.44
A5.00 µF and a 6.00 µF capacitor are connected
in series, and this combination is connected across
a 42.0 V potential difference.
Transcribed Image Text:<Ch 18 HW_Part 3 Problem 18.44 A5.00 µF and a 6.00 µF capacitor are connected in series, and this combination is connected across a 42.0 V potential difference.
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