Two identical capacitors are connected in parallel, and each acquires a charge Q0 = 1.12E-6 C...
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Two identical capacitors are connected in parallel, and eachacquires a charge Q0 = 1.12E-6 C when connected to a source ofvoltage V0 = 2.45 V. The voltage source is disconnected, and adielectric with constant ? = 2.00 is inserted to fill the spacebetween the plates of one of the capacitors. What is the smaller ofthe two final capacitor charges? What is the larger of the twofinal charges? What is the final volatge across the capacitors?
Two identical capacitors are connected in parallel, and eachacquires a charge Q0 = 1.12E-6 C when connected to a source ofvoltage V0 = 2.45 V. The voltage source is disconnected, and adielectric with constant ? = 2.00 is inserted to fill the spacebetween the plates of one of the capacitors. What is the smaller ofthe two final capacitor charges? What is the larger of the twofinal charges? What is the final volatge across the capacitors?
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4.3 Ratings (663 Votes)
Thwe total charge on the two capacitors is Q 2Qo The capacitance without the dielectric is C The potential difference across eachcapacitor is V0 The charge on each
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