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C 1 = 1 0 . 6 F , C 2 = 7 . 7 F , and C 3 = 1 . 8 F
and The battery voltage is
Part a Enter an expression for the equivalent capacitance, of the two capacitors and in terms of the variables given in the problem s
Correct!
Part b Using the result from Part a express the total equivalent capacitance, in terms of and
Correct!
Part c Calculate the numeric value, in microfarads, of the total equivalent capacitance.
Part d Express the charge, stored in the circuit in terms of the equivalent capacitance, and the potential difference across the battery,
Correct!
Part e Calculate the numeric value, in microcoulombs, of the charge stored in the circuit.
Part f Express the energy stored in the capacitor in terms of the equivalent capacitance, and the potential across the battery,
Correct!
Part g Calculate the numeric value, in microjoules, of the energy stored in the circuit.
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