When sounds or songs are played simultaneously from different locations around you at equal volumes or loudness levels, the perception of distance is influenced by various factors, including the characteristics of the sounds themselves. In general, low-pitched sounds tend to carry over longer distances compared to high-pitched sounds. This is because low-pitched sounds have longer wavelengths, which allow them to propagate through the air with less attenuation or loss of energy.
High-pitched sounds, on the other hand, have shorter wavelengths and are more easily absorbed or scattered by obstacles in the environment, such as walls, trees, or other objects. As a result, high-pitched sounds may not travel as far and can be more easily masked by ambient noise.
However, it's important to note that the perception of distance is not solely determined by pitch. Other factors, such as the specific characteristics of the sounds (e.g., timbre, harmonics), the presence of background noise, and individual hearing capabilities, also play a role. Additionally, the directivity and positioning of the sound sources can affect how the sounds are perceived in terms of distance and localization.
In summary, low-pitched sounds tend to carry over longer distances compared to high-pitched sounds, but various factors can influence the perceived distance of sounds played simultaneously from different locations around you.