A circuit contains a switch and two capacitors connected in parallel as shown in the picture. Before the switch is closed, there is a potential difference of 10 volts across capacitor C1.6 F and 0 volts across capacitor C₂=2 F. After the switch is closed and C, shares its charge with C₂, what potential difference (in Volts) will the voltmeter read on either capacitor? You answer should be of one decimal place. 10 V C1 C2
A circuit contains a switch and two capacitors connected in parallel as shown in the picture. Before the switch is closed, there is a potential difference of 10 volts across capacitor C1.6 F and 0 volts across capacitor C₂=2 F. After the switch is closed and C, shares its charge with C₂, what potential difference (in Volts) will the voltmeter read on either capacitor? You answer should be of one decimal place. 10 V C1 C2
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Transcribed Image Text:A circuit contains a switch and two capacitors connected in parallel as shown in the picture. Before
the switch is closed, there is a potential difference of 10 volts across capacitor C-1.6 F and
volts across capacitor C₂=2 F. After the switch is closed and C, shares its charge with what
potential difference (in Volts) will the voltmeter read on either capacitor? You answer should be of
one decimal place.
10 V
C1
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