We are given an inductor, and we picked a normal resistor. Together with a function generator, we make an AC circuit. This is the inductance and resistance we calculated for the AC circuit.
This is the frequency we calculated for the circuit.
By changing frequency and function settings, we got this graph.
We continue activities from our lab maual to calculate and observe inductors in an AC circuit.
This is the activity we performed on the internet to help us getting familiar with inductor . Since it is similiar with capacitor, we derive some of those answers based on concept we learn before.
This is answers we had for the activity above.
We also perform a exercise that related to time constant . Within this circuit, we calculated time constant for each loop, and voltage and current change that has inductor and without inductor .
Inductor is similar to capacitor , and the relationship of voltage and current to time is almost same to those relatioship we learned in capacitor chapter. It has time constant, and the relationship of inductor and magnet is that a changing current in
a coil also induces an emf in that same coil. Such a coil is called an inductor, and
the relationship of current to emf is described by the inductance
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