Yes, glass can be shattered by sound waves under certain conditions. When exposed to intense and focused sound waves at specific frequencies, glass can experience a phenomenon called "resonance." Resonance occurs when an object's natural frequency matches the frequency of the sound waves, causing the object to vibrate and potentially break apart.
To shatter glass with sound waves, a high-intensity sound source is typically used, such as a powerful amplifier or a device specifically designed for this purpose. The sound waves need to be focused and concentrated on a particular spot on the glass for maximum effect. By directing a beam of sound waves at the glass, the energy from the sound waves can be concentrated on a small area, causing the glass to vibrate and eventually break.
It's worth noting that the frequency and intensity required to shatter glass can vary depending on the type and thickness of the glass. Different types of glass have different resonant frequencies, so the frequency of the sound waves needs to be adjusted accordingly. Additionally, thicker and more robust glass will require higher sound wave intensities to break compared to thinner or more brittle glass.
While it is technically possible to shatter glass with sound waves, it's not a common occurrence in everyday situations. Glass is typically quite resistant to sound-induced breakage, and it would require specialized equipment and controlled conditions to achieve such an effect intentionally.