If the Frequency of a Wave Increases What Decreases
When we peer into the fundamental mechanics of the universe, one of the most elegant and predictable relationships exists between the frequency of a wave and its other defining characteristics. Still, the broader implications of this change involve another closely related measurement as well: the period. So, if the frequency of a wave increases, what exactly decreases? Understanding this relationship is crucial, whether you are studying the behavior of sound waves in a concert hall, the light emitted from a distant star, or the oscillations of a quantum particle. Plus, the short and definitive answer is wavelength. Let us dive deep into the physics behind this phenomenon to uncover exactly why and how these properties shift.
The Fundamental Wave Equation
To grasp why wavelength decreases when frequency increases, we must look at the foundational equation that governs all waves
