Present an application of a wave phenomena to studies in a field of science or engineering other than physics. Your examples may be taken from, but are not limited to, sound engineering, instrument making, medical imaging, non-destructive testing, oil explorations, earthquake prediction, and Tsunami warning systems. No matter what field you choose the wave phenomena.

• In what media, if any, do the waves propagate?
• Are the waves in this application transverse, longitudinal, or both? If either transverse or longitudinal waves are missing from the application explain why?
• On what parameters of the media (pressure, temperature, mass, density, etc.) does the wave speed depend?
• In general, what is the relationship between the wavelength, the frequency, and the wave speed?
• Define diffraction, diffusion, constructive interference, and destructive interference as general properties of waves.
• Discuss how diffraction, diffusion, constructive interference, and destructive interference appear in your application. If it does not appear explain why not.