The discussion addresses the equation for sound dissipation in air, highlighting that sound intensity decreases with distance due to the inverse square law, represented by I = P/(4πr²). Additionally, sound absorption is influenced by frequency and humidity, leading to attenuation that is proportional to distance. Both the inverse square law and absorption effects occur simultaneously. Understanding these principles is crucial for analyzing sound propagation in various environments. The conversation emphasizes the complexity of sound dissipation beyond simple distance calculations.