Which best describes the difference between a reflected and a diffracted sound wave?(1 point)

Question

Responses

A diffracted sound wave bounces back to the same location. A reflected sound wave is absorbed as it travels through an opening.
A diffracted sound wave bounces back to the same location. A reflected sound wave is absorbed as it travels through an opening.

A reflected sound wave bounces back to the same location. A diffracted sound wave changes direction as it travels through an opening.
A reflected sound wave bounces back to the same location. A diffracted sound wave changes direction as it travels through an opening.

A reflected sound wave is absorbed by the medium. A diffracted sound wave changes direction as it travels through an opening.
A reflected sound wave is absorbed by the medium. A diffracted sound wave changes direction as it travels through an opening.

A diffracted sound wave bounces back to the same location. A reflected sound wave changes direction as it travels through an opening.

Answer 1

The best description of the difference between a reflected and a diffracted sound wave is:

A reflected sound wave bounces back to the same location. A diffracted sound wave changes direction as it travels through an opening.

This response accurately captures the fundamental difference between reflection (where the wave bounces back) and diffraction (where the wave bends around obstacles or changes direction when passing through openings).