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A charged capacitor of capacitance C is connected to an inductor of inductance Land to a resistor of resistance (L/C)0.5. Determine how the charge on the capacitor changes with time. Charge remains constant with time Charge increases with time Charge decreases linearly with time Charge oscillates while its amplitude decreases exponentially with time Charge decreases exponentially with time

A charged capacitor of capacitance C is connected to an inductor of inductance Land to a resistor of resistance (L/C)0.5. Determine how the charge on the capacitor changes with time. Charge remains constant with time Charge increases with time Charge decreases linearly with time Charge oscillates while its amplitude decreases exponentially with time Charge decreases exponentially with time

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A charged capacitor of capacitance C is connected to an inductor of inductance Land to a resistor of resistance (L/C)0.5. Determine how the charge on the capacitor changes with time. Charge remains constant with time Charge increases with time Charge decreases linearly with time Charge oscillates while its amplitude decreases exponentially with time Charge decreases exponentially with time
Transcribed Image Text:A charged capacitor of capacitance C is connected to an inductor of inductance Land to a resistor of resistance (L/C)0.5. Determine how the charge on the capacitor changes with time. Charge remains constant with time Charge increases with time Charge decreases linearly with time Charge oscillates while its amplitude decreases exponentially with time Charge decreases exponentially with time
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