In an RC circuit, what happens to the current as time approaches infinity after

In an RC circuit, what happens to the current as time approaches infinity after the switch is closed?

In an RC circuit, what happens to the current as time approaches infinity after the switch is closed?

Step 1: Understand that an RC circuit consists of a resistor (R) and a capacitor (C) connected to a voltage source (V).
Step 2: When the switch in the circuit is closed, current starts to flow from the voltage source through the resistor and into the capacitor.
Step 3: Initially, the capacitor is uncharged, so the current is at its maximum value, which is calculated as V/R (voltage divided by resistance).
Step 4: As time passes, the capacitor begins to charge up, and the current starts to decrease.
Step 5: The charging process continues until the capacitor is fully charged, which means it has reached the same voltage as the source voltage (V).
Step 6: As the capacitor becomes fully charged, the current flowing in the circuit approaches zero.
Step 7: Therefore, as time approaches infinity, the current in the circuit approaches zero, not V/R.

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