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Photographic film is a type of film used in cameras. This film has one side with transparent plastic coating and the other covered with light-reflecting crystals of silver halide.
reflecting telescope gathers light from mirror
Light travels through two things: either empty space, or space which contains transparent materials. Some paterials are only partially transparent or translucent, in which case some light does travel through it, but not all the light will get through.
That is called "refraction", and it is related to the fact that light travels slower in some materials than in others.
Translucent materials allow all the light to pass through but the light does not form images or obey Snell's law.
Transparent materials allow light to freely pass through them. Translucent materials also allow light to pass through them, but change the colour of the light.
Silver is opaque. No light transmission.
They are called Transparent materials.
Transparent materials allow light to pass through, Opaque objects completely stop the passage of light, Reflecting surfaces will reflect the light, and translucent objects allow the light to pass, but in a diffuse manner.
They are called Transparent materials.
Photographic film is a type of film used in cameras. This film has one side with transparent plastic coating and the other covered with light-reflecting crystals of silver halide.
Translucent (sort of milky) materials scatter light in a random fashion as the light passes through them. There can be some scattering even in transparent materials (few materials are totally transparent!)
Transparent
They are called Transparent materials.
Transparent materials will always allow light to pass through, translucent materials will allow light to pass through as well but the light rays will be scattered. Opaque materials will not allow any light to pass through.
yes for more information go on google.com ......................................................................................................................... No, because transparent materials do not absorb light.
When light is directed at transparent materials, it bounces off of the particles and is refracted accordingly. This causes the light to bend according to the materials refraction index. The higher the refraction index of the material, and the thicker it is, the more it bends the light and separates the colors.