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<blockquote data-quote="jt4x4" data-source="post: 8690779" data-attributes="member: 677386">I&#039;m having a tough time with your logic here. I understand the theory you&#039;re running with. However, I would like to see an experiment with numbers to back that theory up. Given the theory that cones move at different rates, they still have to react to the sine wave being delivered to the voice coil. If the cone reacts any fraction of a second behind the signal getting to its terminals, the cone will eventually either catch up with the signal or move in the complete wrong direction. I think it will catch up and move on-point with the signal. So that leaves a split second where they subs might be out of phase (unnoticably).Also, given your theory is accurate, your two subs will always be a different distance from you, so you could argue that the different distances could actually make your subs sound louder by being ever-so-slightly out of phase. The sound waves/air vibrations have to travel from the speaker to any given point, so maybe the air vibrations would be more in sync by the time they get to the listener/meter.Playing devil&#039;s advocate here, but I also don&#039;t like claims without facts to back them up.</blockquote>

[QUOTE="jt4x4, post: 8690779, member: 677386"] I'm having a tough time with your logic here. I understand the theory you're running with. However, I would like to see an experiment with numbers to back that theory up. Given the theory that cones move at different rates, they still have to react to the sine wave being delivered to the voice coil. If the cone reacts any fraction of a second behind the signal getting to its terminals, the cone will eventually either catch up with the signal or move in the complete wrong direction. I think it will catch up and move on-point with the signal. So that leaves a split second where they subs might be out of phase (unnoticably). Also, given your theory is accurate, your two subs will always be a different distance from you, so you could argue that the different distances could actually make your subs sound louder by being ever-so-slightly out of phase. The sound waves/air vibrations have to travel from the speaker to any given point, so maybe the air vibrations would be more in sync by the time they get to the listener/meter. Playing devil's advocate here, but I also don't like claims without facts to back them up. [/QUOTE]

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