5-7-15

This is looking impedance of different circuits. Using the equation for impedance in an inductor to be j imaginary * natural frequency * inductance. The impedance of a capacitor is the inverse of j imaginary * natural frequency * capacitance. 

This is all three of the circuits built on one bread board, so that each circuit could be looked at one after another with ease. This is to calculate the voltage of the circuit

This graph is through the inductor. It shows how the inductor is fighting the change in the voltage. It oscillates about 0V while the voltage through the resistor oscillates through what looks like a DC offset because of the voltage that the inductor is fighting. This has a frequency of 500 Hz.

This is the same circuit only in this case the frequency is 1K Hz.

This is the current through the resistor verses the voltage from the capacitor. So the current is decreasing the voltage is being being released from the capacitor. This allows this seeming mirror image. This beautiful graph. Like artwork.