True or false: The natural frequency of a system can affect sound localization.

The statement is true because the natural frequency of a system plays a significant role in sound localization. Sound localization refers to the ability to identify the origin of a sound in space. The natural frequency can influence how sound waves are resonated or filtered by a person's anatomy, such as the ear and the surrounding structures. This resonating effect can enhance or dampen certain frequencies, affecting how directional cues are perceived.

For instance, the shape of the outer ear (pinna) and the way sound interacts with it can amplify certain frequencies based on their natural resonant properties. This amplification or reduction can aid in determining whether a sound is coming from above, below, or to the sides. Therefore, the natural frequency can indeed affect the auditory spatial processing, making the statement accurate.