Assume that the displacement (s) of air is proportional to the pressure difference $\left(\Delta p\right)$ created by a sound wave. Displacement (s) further depends on the speed of sound (v), density of air$\left(\rho \right)$ and the frequency (f). If $\Delta p\mathit{~}\mathit{10}\mathit{ }Pa\mathit{,}n\mathit{~}\mathit{300}\mathit{ }m\mathit{/}s\mathit{,}p\mathit{~}\mathit{1}\mathit{ }kg\mathit{/}{m}^{\mathit{3}}$ $f~1000Hz$, then s  will be of the order of (take the multiplicative constant to be 1 )