Measuring voltage current

When you measure the voltage and/or current here you will see that it does behave
sinusoidally. In fact, the angular frequency of the oscillation is well known, as is the
period of oscillation. The period, T (which you can measure with the stopwatch tool) is
related to the capacitance C and inductance L with
T = 2 π (LC)½
● Take data and to confirm this relationship between the period T and the values of
L and C. Try to take enough data to cover the full range of L and C space.
(Hint: I think it’s easier to put T
2 on the y axis, to undo the square root like
T
2 = 4 π
2 LC
You can choose how you want to plot it, just demonstrate this relationship completely
in your data and analysis. This means comparing slopes to constants in some way.
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