Two things: (i) it will be reflected irregularly, and will tend to disperse over a wider angle. This will create a "muffled" reflection - a sharp "pop" will become duller. (ii) there will be partial absorbtion on the surface, and partial cancellation of reflections, so the echo will be softer than from a hard, even surface.
When light hits an irregular surface, it scatters in different directions due to the uneven geometry of the surface. This scattering is known as diffuse reflection, which causes the light to be reflected in a non-uniform manner, unlike in the case of a smooth surface where light reflects uniformly.
If the light hits a plane surface, regular reflection will take place and if light hits a rough surface, diffused (irregular) reflection will take place. Here is a diagram for both. Diffused (irregular) Regular
When sound hits a surface, it can be reflected, absorbed, or transmitted. The type of interaction depends on the material and texture of the surface. Sound waves can bounce off smooth surfaces like mirrors, be absorbed by soft materials like curtains, or pass through thin surfaces like paper.
When a sound wave hits a surface, it may bounce back rather than pass through it. This bouncing of sound waves off a surface is called sound reflection. The angle at which the sound wave hits the surface affects how it reflects.
When light hits an irregular surface, it undergoes diffuse reflection, where the light scatters in different directions. This creates a matte appearance as opposed to a clear reflection seen on smooth surfaces. The irregular surface causes the incident light rays to reflect at multiple angles, leading to a softer and less defined reflection.
When light hits an irregular surface, it scatters in different directions due to the uneven geometry of the surface. This scattering is known as diffuse reflection, which causes the light to be reflected in a non-uniform manner, unlike in the case of a smooth surface where light reflects uniformly.
If the light hits a plane surface, regular reflection will take place and if light hits a rough surface, diffused (irregular) reflection will take place. Here is a diagram for both. Diffused (irregular) Regular
They are either absorbed [softsurface, e.g. wool] or refected [hard surface, e.g. metal]
When sound hits a surface, it can be reflected, absorbed, or transmitted. The type of interaction depends on the material and texture of the surface. Sound waves can bounce off smooth surfaces like mirrors, be absorbed by soft materials like curtains, or pass through thin surfaces like paper.
When a sound wave hits a surface, it may bounce back rather than pass through it. This bouncing of sound waves off a surface is called sound reflection. The angle at which the sound wave hits the surface affects how it reflects.
When light hits an irregular surface, it undergoes diffuse reflection, where the light scatters in different directions. This creates a matte appearance as opposed to a clear reflection seen on smooth surfaces. The irregular surface causes the incident light rays to reflect at multiple angles, leading to a softer and less defined reflection.
Yes, sound is reflected when it hits a hard surface. The angle at which the sound waves hit the surface determines the angle at which they are reflected. This reflection can contribute to echoes and reverberation in an environment.
when light hits a rough surface it scattters.
generally speaking, the sound is absorbed.
Sunlight that hits the Earth's surface is absorbed by the Earth. It is then reflected back.
Each ray of light is reflected according to the rules for a regular surface. But, because the surface is irregular, the direction of the reflected ray will vary from one point to another. This is called scattering.
Diffuse reflection occurs when light hits an irregular surface, causing light to scatter in different directions due to the uneven surface. This type of reflection results in a blurred or dull image and is typically seen on surfaces like paper, fabric, or rough walls.