Now, energy is always over square area. So, you know it is like half rho g A square lambda, that is what you are dividing by. So, if lambda tends to 0, you actually end up having practically no energy. This is a reason why, yesterday I mentioned that a large ship in a port when there are ripples, they just does not move there is no energy of the waves. So, this is also going to be 0, but in between that it makes wave. So, therefore,
that this damping has to go something like that, which obviously, tells me that damping is depending on frequency, which basically means this graph of the force graph. It actually swings to this side, swings back this side. So, it depends on frequency.
Now, energy is always over square area. So, you know it is like half rho g A square lambda, that is what you are dividing by. So, if lambda tends to 0, you actually end up having practically no energy. This is a reason why, yesterday I mentioned that a large ship in a port when there are ripples, they just does not move there is no energy of the waves. So, this is also going to be 0, but in between that it makes wave. So, therefore,that this damping has to go something like that, which obviously, tells me that damping is depending on frequency, which basically means this graph of the force graph. It actually swings to this side, swings back this side. So, it depends on frequency.
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