A non-ohmic device is a device that does not follow ohm's law. A capacitor is a device that stores electrical energy and is the ratio of charge to voltage that is generated by an object . The formula to a capacitor is C =qa'V where q is dened as the charge and V as potential difference. In this lab we will explore when the capacitor is connected in series with a resistor by a power supply . In order to nd these values we must use the equation 1(t) =VEI fR(e)tfRC ,where tis time ,R is resistance , C is capacitance , and Vo is the supply voltage. An inductor will store energy in a magnetic field whenever there is an electrical current owing through it. For this we will be using the equation L=DII. Procedure Part I First, we will begin by opening the stimulation linked here where a circuit will appear and start by setting the circuit to PWR position and press the reset button .For this experiment , record the observations on a table that is 3x7" , columns that are labeled time , current and Ln. When the capacitor is almost fully charged make sure to pause and select six random points and record the values .When the values are recorded ,nd the time at which the current is at 36.8 % of the initial current and record the time as your experimental 1;. After this , calculate the natural log of the current measurements and record them in your table . Make a scatter plot with the natural log of current on the y-axis ,and time on the x-axis and make sure to include the best t line and record the slope . Part 2 For part 2, make sure to open the stimulation for inductors . To begin with, make sure the PWR is closed and press the reset button . Create a table that is similar to part 1 and record the values for six data points .Again ,pause the simulation when the current on the inductor is almost full and then select six random points and record the values .When the values are recorded , nd the time at which the voltage is at 36.8 % of the initial voltage and record the time as your experimental 1:. After ,calculate the natural log of the voltage measurements and record as well as making a scatter plot with the natural log of voltage on the y-axis ,and time on the x-axis . Make sure the plot has a best t line to record the slope