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A 4 KQ resistor is in series with an initially uncharged 40 µF capacitor. Calculate A) the total charge, B) the current, C) the voltage across the capacitor and D) the voltage across the resistor 120 msec after these components are attached in series to a 12 Volt battery. Also, calculate E) the time constant for this circuit.

A 4 KQ resistor is in series with an initially uncharged 40 µF capacitor. Calculate A) the total charge, B) the current, C) the voltage across the capacitor and D) the voltage across the resistor 120 msec after these components are attached in series to a 12 Volt battery. Also, calculate E) the time constant for this circuit.

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A 4 KQ resistor is in series with an initially uncharged 40 µF capacitor. Calculate A) the total charge, B) the current, C) the voltage across the capacitor and D) the voltage across the resistor 120 msec after these components are attached in series to a 12 Volt battery. Also, calculate E) the time constant for this circuit.
Transcribed Image Text:A 4 KQ resistor is in series with an initially uncharged 40 µF capacitor. Calculate A) the total charge, B) the current, C) the voltage across the capacitor and D) the voltage across the resistor 120 msec after these components are attached in series to a 12 Volt battery. Also, calculate E) the time constant for this circuit.
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