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Resonance frequency of a matrix system
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Feb13-13, 11:27 AM
I have a 2d system of the form:
dm1/dt + A11 m1 + A12 m2 = 0
dm2/dt + A21 m2 + A22 m2 = 0
I saw that the resonance frequency of such a system is defined as:
fr = 1/(2*pi) [ (A11 + A22)/2 + sqrt( ((A11-A22)/2)^2 + A12*A21 )
if I'm not mistaking - I can't even remember where I saw that formula.
Could someone confirm that it's the exact formula and/or explain why this holds and how this was obtained and/or how does this extend to the 3d case?
Thanks a lot!
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