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.
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"
when light hits an object some light is absorbed and some is reflected. when it hits a mirror, almost all of that light is reflected. when it hits a white wall a lot of the light is reflected but not enough to form an image our i can detect. a wall is also not smooth so the light is reflected at billions of different angles
its not true . light does not refelct on a rough sruface . so , the paper apears to be white . - Sabryna O'Brien
All colors are reflected by white. This is why white clothing is cooler than black or dark colored clothing.
A white object reflects all the colors making up white light. Therefore the reflected color will still be white.
Severe distortion.
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"
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.
The color of book is white so that's why the image of yourself ABSORB by the color white. It was not reflected
it is determined when you rub the mineral on a hard, rough, white surface.
The color of crumpled plastic is white because it reflects light of all wavelengths in the visable range. Light is reflected from a reflective surface at approximately 2 precent of the total light shining on it. When there is a second reflective surface beneath it light is also reflected but if both photons are in the same phase then the square of the total from both surfaces is reflested back ie. 16 percent, if they are out of phase they cancel out and no light is reflected. So when several reflective surfaces are layerd most of the light is reflected. If it is illuminated by white light then white light will be reflected.
The difference is that a mirror has to be VERY smooth, so that the image doesn't get all scrambled as it is reflected. When light is reflected off of a white object, it all goes in random directions.
when light hits an object some light is absorbed and some is reflected. when it hits a mirror, almost all of that light is reflected. when it hits a white wall a lot of the light is reflected but not enough to form an image our i can detect. a wall is also not smooth so the light is reflected at billions of different angles
It is black and white.
It reflects back and a small amount is absorbed into its reflective surface.
the minerals that a chicken has is iron, cholesterol and proteins
The light from the sun, which is made up of equal parts of red, green and blue (even though it may not look it), will be reflected off of the white surface, staying white as the white surface reflects equal parts of red, green and blue.