Which Voice Reaches Further: Low Bass or High Soprano?

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Higher pitched sounds, like a high soprano voice, are generally more attention-getting and may be heard better in environments with obstacles. This is attributed to their shorter wavelengths, which allow them to disperse more effectively around corners. Conversely, low bass sounds, while they can travel further and penetrate deeper materials, may not be as easily noticed in everyday situations. In seismology, low-frequency waves are known to attenuate less and travel faster, demonstrating their ability to cover long distances. Overall, while low frequencies have advantages in certain contexts, high frequencies are often more perceptible in typical auditory scenarios.
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Let's say that you're waking down a hallway heading toward your next class, and somebody inside calls to you from the room--one has a low bss voice and another has a high soprano voice. They both call to you with the same volume. Which one would you be able to hear better?
 
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Higher pitched sounds tend to be more attention-getting to humans. I have a hunch that they also take corners better because of the shorter wavelength, and thus disperse better throughout a building, but I don't know for sure.
From personal experience, I know that I would hear the high-pitched one better.
 
Agreed, although in seismology low frequency waves attenuate less quickly and also tend to travel faster because they sample deeper (and faster) Earth material.
 
Oh, I certainly agree that bass or even infra-sonic frequencies carry far better. Hence whalesongs being detectable half-way around the planet, or earthquakes showing up all the way on the other side.
 
I built a device designed to brake angular velocity which seems to work based on below, i used a flexible shaft that could bow up and down so i could visually see what was happening for the prototypes. If you spin two wheels in opposite directions each with a magnitude of angular momentum L on a rigid shaft (equal magnitude opposite directions), then rotate the shaft at 90 degrees to the momentum vectors at constant angular velocity omega, then the resulting torques oppose each other...

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