I think that you are looking at it wrong. Using unequal lengths will cause you to adjust the balance off center to compensate for the difference. it is better for your AMP and better for your ears. If you keep the two runs of equal length. So optimally a short low guage wire would be best. If you have a hose 3 inches wide and a hose 1/4 inches will take more effort to move water through the smaller cable due to restriction. ![]() If you have a hose 10 feet long and a hose 100 feet will take more effort to move water through the 100 foot hose. ![]() The longer of thinner the wire, the greater the impedence. I agree with the other post about the impedence. The signal path from the amp to the speaker needs to be the same. Left speaker wire is 20 ft and right speaker wire is 40 ft. But these details will not be very important unless you envision VERY long speaker wires. Cone speakers usually offer a far greater variation in resistance with frequency. ![]() ![]() Magnepans typically offer a mild variation in resistance versus frequency w/r/t their nominal rated value. And who would want an excessive coil of speaker lying about to be a weak choke? You will find that your speaker wires must be of VERY different lengths before your wires plus your speakers offer a significant combined resistance difference w/r/t each other. You can go to a library & find an EE book which will give ohm/meter or ohms/ft for various wires, i.e.
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