The exceptions are when, for whatever reasons, the wire continues to oxidize instead of forming a thin coating and stopping. as real users, posing a threat to a site’s security, so the site sometimes runs random security checks. While this report is mostly focused on DC resistance, I thought I include a couple of AC parameters such as Capacitance and Inductance per foot. This separation actually lowers the capacitance of the cable (which we don't care about) while raising it's inductance. For a quick post, I used a convenient table that was indeed and earlier table but again, it makes no difference in the actual answer and the process used to get it.

The difference between the 10 gauge and 12 gauge would be considered fairly small and could ne ignored.I won’t go into the resistance unless you need it, but the larger the gauge, the lower the resistance.

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Since this would vary based on the length of the wire being tested, I divided its value by the length and arrived at the industry standard milliohms/ft. The coat hanger actually went past the bottom of the graph so whatever story there is on how it sounds is quite suspect. This is because a thicker wire has a greater cross-sectional area, allowing for more electrons to flow through it.

NOTE: for most household speakers, 14AWG CCA speaker wire will work for running each cable length of 50ft or less. Yes, 172 seems to be a large change in damping from 137, but here it's a matter of whether that degree of change is even remotely "hearable" - and of course it isn't. The only reference in audio is comparing your system to the original mastering system for that recording in the original studio or space.

If you like percentages, the 12 gauge in this example with respect to its simple resistance would exhibit a loss of about 0.