Why so much bass?

lol - it all comes back to the fact that men like women shaking ass

A higher frequency means a power output over a dramtically small length of time. The output can be graphed and it will look like a very steep and sharp spike in the sound spectrum. If you graph the same bass note with the same intensity you will find out that the bass note is leveled out over a longer period of time. Hence the whole Hz system. That is why fast sharp high frequencies are filtered out before they are amplified to a subwoofer. The subwoofers can't move fast enough to create the sudden intense spikes of  higher frequencies. The force of a note over a longer period of time means the force is less concentrated. Therefore the intensity you expierence physically  by lower frequencies is spread out over more time per note. While with the higher frequencies your ears are getting spiked to death very rapidly. Sorta make sense or do you need me to give more info?

That, my friend, is a load of misinformation.

Higher frequencies can be heard farther away because of their initial intensity at any given amplitude when compared to lower frequencies. If you are blind to intensities then you will eventually whitness their effects. I've seen experiments done where high frequencies at extremely low powers have cause immense shattering damage over a very short period of time. The same amplitude at a lower frequency didn't do a thing. The idea  with peoples' windshields flying out of their cars because of subwoofers is usually air pressure and that has nothing to do with the frequency. Its sad that you have not seen what  high frequency can do at a lower power when compared to a lower freqeuncy. They now use high frequency fields rapidly pulsed to make gull stones in people shatter. If you don't believe me then I don't care. Initial intensities are what create the most damage per unit of time at constant rate. I personally would rather my bass take the edge of my highs even if people outside can't hear it playing.

I understand what you are talking about, and it's called ultra-sonics.  It has NOTHING to do with the audible spectrum.  Your initial arguement was simply wrong.  Your analogy between ultrasonics or RF frequencies and pressure waves in the audible spectrum is absolutely falacious, as are your contentions about how loudspeakers work..