Charging and Discharging of a Capacitor

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In an RC circuit with an AC supply, the capacitor charges during the positive cycle and discharges during the negative cycle. The time taken for the capacitor to charge is equal to the time taken to discharge, assuming a sinusoidal voltage from the AC source. This behavior is consistent with the properties of capacitors in AC circuits. The discussion confirms the sinusoidal nature of the voltage across the capacitor. Understanding these charging and discharging dynamics is crucial for analyzing AC circuits.
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In a simple RC circuit, where you have an ac supply attached to a capacitor and a resistor in series, during the positive cycle the capacitor starts to charge and it will reach a certain percentage then during the negative cycle the capacitor will start to discharge through the resistor. Will the time taken for the capacitor to charge be equal to the time taken for the capacitor to discharge?

Thanks in advance for the help
 
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Yes. There will be a sinusoidal voltage across the capacitor assuming the AC source is sinusoidal.
 
Phrak said:
Yes. There will be a sinusoidal voltage across the capacitor assuming the AC source is sinusoidal.

Thanks a bunch mate, thought it was so just wanted to make sure.
 
I am trying to understand how transferring electric from the powerplant to my house is more effective using high voltage. The suggested explanation that the current is equal to the power supply divided by the voltage, and hence higher voltage leads to lower current and as a result to a lower power loss on the conductives is very confusing me. I know that the current is determined by the voltage and the resistance, and not by a power capability - which defines a limit to the allowable...

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