Some light that falls on any surface is scattered back (reflected). A rough surface tends to scatter the light in different directions while a smooth surface tends to scatter more of the original (incident) rays straight back. This explains why a smooth surface reflects a "clearer" image than that reflected from a rough surface.
rogh surfaces have irregularities as compared to smooth ones. when incident rays fall on rough surfaces then the reflected rays are not parallel to each oter but in smooth ones the reflected rays are parallel.when reflected rays are parallel,then the image formed is clear.
The rays of light from the object are reflected off rough surfaces in "random" directions and so do not form a coherent image.
diffuse reflection
this happens because the coating is smooth on the clear spoon but is not clear on the fuzzy spoon.
The reason you can see a clear image of a tree in a lake on a calm day but not on a windy day is that regular reflection requires a smooth surface so that when the light waves bounce off the surface and most of them reflect into your eye which will then be interpeted as sight by the mind but on a windy day the water is not calm and the surface is rough causing light waves to bounce off in many different directions and most of these light waves don't bounce back to human eye so they can be interpted.
A regular reflection shows a clear image.
a transparent reflection
resolution
If the surface is rought, light may be reflected in just about any direction. There is not the "organized" or "coordinated" reflection which you see in smooth surfaces.If the surface is rought, light may be reflected in just about any direction. There is not the "organized" or "coordinated" reflection which you see in smooth surfaces.If the surface is rought, light may be reflected in just about any direction. There is not the "organized" or "coordinated" reflection which you see in smooth surfaces.If the surface is rought, light may be reflected in just about any direction. There is not the "organized" or "coordinated" reflection which you see in smooth surfaces.
If the surface is rought, light may be reflected in just about any direction. There is not the "organized" or "coordinated" reflection which you see in smooth surfaces.If the surface is rought, light may be reflected in just about any direction. There is not the "organized" or "coordinated" reflection which you see in smooth surfaces.If the surface is rought, light may be reflected in just about any direction. There is not the "organized" or "coordinated" reflection which you see in smooth surfaces.If the surface is rought, light may be reflected in just about any direction. There is not the "organized" or "coordinated" reflection which you see in smooth surfaces.
a mirror... hehe ok ill stop messing around its a light getting reflected off a smooth surface most any smooth surface will reflect something the only thing that can over come a mirrors reflection is light itself and the angle at which it is reflected off (the secret to a one way mirror)
Bounces off
The "roughness" of the surface will reflect light into many directions, scattering it away from your eyes. If the white surface is opaque, it's probably filtering out some wavelengths and would not be very reflective, although it is giving off "white light"
Since the coating is on the back the reflected image would be distorted.
fdsf
mirror
a mirror
Glass is transparent meaning light passes through it and therefore you can see through it, but some light reflects back and if the surface is very smooth as glass often is then the light reflected back can be seen as a reflected image.
Otherwise the image formed will be blurred and mostly distorted. That is why we expect the surface of the mirror to be optically plane. Hence smooth.
it must be smooth