Which statement is true about wave phenomena?

Waves exhibit behaviors that distinguish them from solid particles, making the statement about their unique properties accurate. For example, waves can interfere with one another, leading to phenomena such as constructive and destructive interference. This behavior is specific to waves and does not apply to particles; particles typically follow linear paths and exhibit classical motion governed by Newtonian physics.

Waves also demonstrate characteristics such as diffraction, which is the bending of waves around obstacles, and refraction, which is the change in wave speed and direction when entering different media. These behaviors reflect the wave nature of sound, light, and water waves, showcasing flexibility and interaction that solid particles do not possess.

Thus, the assertion that waves behave in ways particles cannot not only highlights the fundamental differences in how waves and particles interact with their environments but also underscores the unique principles that govern wave behavior in various contexts.