Inductors i think it'll make an harmonic type of move

[ismael18]

as far as i know about inductors i think it'll make an harmonic type of move...
but it seems to make no sense
can anyone help?

 

[quantumdude]

Since you weren't very explicit as to what kind of circuit you are talking about, let's keep it simple: An LC circuit with a fully charged capacitor at t=0.

Now let the capacitor discharge through the inductor. What happens?

The voltage drop across the capacitor is E_C=-q/C, and that across the inductor is E_L=-L(di/dt)=-L(d²i/dt²). I will let q" (q-double-prime) denote the second time derivative of q from now on.

Kirchhoff's voltage law says that the sum of the voltages around a closed loop in a circuit must be zero. This is just the conservation of energy in disguse. So, we have:

E_I+E_C=0

or

q"+(1/LC)q=0

The solution to this equation, with q(0)=Q and i(0)=q'(0)=0, is

q(t)=Q*cos(ωt),

where ω=(1/LC)^1/2.

As you can see, the oscillatory behavior of q(t) is due to the combined influences of the element laws and the conservation of energy.

 

[M98Ranger]

Inductors are passive electronic components that store energy in the form of a magnetic field. They are commonly used in electronic circuits to control the flow of current and to filter out unwanted signals.

While it is true that inductors can produce a harmonic motion, this is not their primary function. The harmonic motion is a result of the inductor's ability to store energy and release it in a controlled manner.

If you are having trouble understanding inductors and their role in electronic circuits, it is best to seek help from a knowledgeable source such as a teacher or a professional in the field. They can provide you with a better understanding of inductors and how they work in specific applications.