reflecting sound is a phenomenon. Sound reflect when the a sequence of compression and rarefaction hit the wall then wall,s surface particles also vibrate.The vibration of sound(C and R) vibrates and the particle of sound reflected back.If this is hard wall then wall's particles easily push the particle of sound.But when it is a soft body then particles will loosely push back. When a longitudinal sound wave strikes a flat surface, sound is reflected in a coherent manner provided that the dimension of the reflective surface is large compared to the wavelength of the sound. Note that audible sound has a very wide frequency range (from 20 to about 17000 Hz), and thus a very wide range of wavelengths (from about 20 mm to 17 m). .Reflection is responsible for many interesting phenomena. Echoes are the sound of your own voice reflecting back to your ears. The sound you hear ringing in an auditorium after the band has stopped playing is caused by reflection off the walls and other objects.
No, mirrors do not reflect sound. Mirrors reflect light waves, but sound waves require a medium, such as air or water, to travel through. Sound waves do not bounce off mirrors as they are not capable of reflecting sound.
No, mirrors cannot reflect sound as they are designed to reflect light. Sound waves interact differently with surfaces compared to light waves, so while mirrors work for reflecting light, they do not work for reflecting sound.
Sound waves will reflect off plastic surfaces similarly to other hard surfaces, depending on the smoothness and shape of the plastic. Smooth, flat plastic surfaces will reflect sound waves clearly, while textured or irregularly shaped plastic surfaces may scatter the sound in different directions. The acoustic properties of the plastic material will also influence the amount of sound absorbed or transmitted through the material.
Soft things absorb sound because their porous and fibrous structure allows them to trap sound waves, which then get converted into heat energy. The material's ability to dissipate and scatter the sound waves rather than reflect them helps reduce reverberation and echo in a space, leading to a quieter environment.
The water will reflect some of the sound, and some will travel downward through the water.
No, mirrors do not reflect sound. Mirrors reflect light waves, but sound waves require a medium, such as air or water, to travel through. Sound waves do not bounce off mirrors as they are not capable of reflecting sound.
No, mirrors cannot reflect sound as they are designed to reflect light. Sound waves interact differently with surfaces compared to light waves, so while mirrors work for reflecting light, they do not work for reflecting sound.
Sound waves will reflect off plastic surfaces similarly to other hard surfaces, depending on the smoothness and shape of the plastic. Smooth, flat plastic surfaces will reflect sound waves clearly, while textured or irregularly shaped plastic surfaces may scatter the sound in different directions. The acoustic properties of the plastic material will also influence the amount of sound absorbed or transmitted through the material.
Soft things absorb sound because their porous and fibrous structure allows them to trap sound waves, which then get converted into heat energy. The material's ability to dissipate and scatter the sound waves rather than reflect them helps reduce reverberation and echo in a space, leading to a quieter environment.
Yes, they do.
Reflect
The water will reflect some of the sound, and some will travel downward through the water.
Sound is to echo. Just like light bounces off surfaces to reflect, sound waves can bounce off surfaces and repeat in an echo.
Reflect
Yes.
All solids can reflect sound. Different plastics reflect by different amounts. Sound waves are vibrations. They transfer energy to the solid when they hit it, and the particles of solid vibrate more, and can transfer this vibration back to the air.
Light and sound waves can both be reflected. Light reflects off of smooth surfaces like mirrors, while sound waves reflect off of hard surfaces like walls or cliffs.