The capacitor in the RC circuit shown below has an initial charge which yields a 2 volt terminal voltage (V(0) = 2 V). At t = 0 the switch is closed and the capacitor discharges through the resistor. During the discharge the capacitor voltage is given by

dV/dt = -V/RC. Where The time constant (τ)=1

=> dV/dt = -V/1

Using a step size of 0.25 τ calculate the capacitor voltage

after one time step using Range-Kutta (fourth order) Method.

dV/dt = -V/RC. Where The time constant (τ)=1

=> dV/dt = -V/1

Using a step size of 0.25 τ calculate the capacitor voltage

after one time step using Range-Kutta (fourth order) Method.

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