about diffraction of waves
about diffraction of waves
about diffraction of waves
As sound moves away from its source, it gradually loses intensity and becomes quieter. This is because sound waves spread out in all directions, causing the energy of the sound wave to become more dispersed. The farther you are from the source, the weaker the sound will be.
Sound gets weaker as it travels because it spreads out in all directions, causing the energy to be distributed over a larger area. This leads to a decrease in the intensity of the sound waves, resulting in lower volume the further you are from the sound source.
The power of sound waves affects how information is transmitted in a medium by determining the distance the sound can travel and how clearly it can be heard. Stronger sound waves can travel further and carry more detailed information, while weaker sound waves may not transmit information as effectively.
The loss of wave energy when it encounters a surface and causes the waves to become weaker is known as wave reflection. This can happen when waves bounce off a barrier or shoreline, leading to reduced energy and amplitude in the reflected waves.
Sound travels slower in materials with lower density because there are fewer particles for the sound waves to propagate through. As a result, the interactions between particles are weaker and the sound waves move more slowly. denser materials have more particles closely packed together, allowing sound waves to propagate faster.
Speaker (!?) Plus, I would use the phrase sound waves instead of sound energy.
Absorption
Absorption
When speed of object become greater than the speed of sound the waves are produce known as Shock waves.
Sound waves carry sound