Sound waves are a form of energy propagation, and they do not possess mass. Mass is a property associated with matter, whereas sound is a mechanical wave that travels through a medium, such as air, water, or solids. The concept of mass is not applicable to sound waves.
However, it is important to note that sound waves can interact with objects that have mass. When a sound wave encounters a solid object, it can cause the object to vibrate or move. In such cases, the interaction between the sound wave and the object is mediated by the transfer of energy, not mass.
To measure the properties of sound waves, such as intensity, frequency, or wavelength, various instruments and techniques are used. For example, sound intensity can be measured using a sound level meter, which detects the pressure variations caused by the sound wave. Frequency and wavelength can be determined using specialized devices like oscilloscopes or by analyzing the sound wave using signal processing techniques.
In summary, while sound waves themselves do not possess mass, their effects can be measured using appropriate instruments and techniques.