Yes, Young's double slit experiment can be performed with sound waves, as it is not limited to just light waves. In fact, Young's experiment was initially conducted with light, but the principles behind it apply to any type of wave, including sound waves.
To perform Young's double slit experiment with sound waves, you would need a sound source, such as a speaker, and two narrow slits or openings through which the sound waves can pass. The slits should be separated by a small distance, similar to the setup for light waves.
When the sound waves pass through the slits, they diffract and create two sets of diffracted waves. These waves then overlap and interfere with each other, forming an interference pattern similar to the one observed with light waves. The interference pattern for sound waves would consist of alternating regions of constructive and destructive interference, resulting in areas of higher and lower sound intensity.
It's worth noting that the wavelengths of sound waves are much larger compared to the wavelengths of light waves. Consequently, the double slits used in a sound wave experiment would need to be appropriately sized to match the wavelength of the sound being used, ensuring that the diffraction and interference effects are observable.
Overall, the principles of Young's double slit experiment can be extended to various types of waves, including sound waves, allowing for the investigation of interference patterns and the wave nature of different phenomena.