Transparent: Clear glass, clean water, air, and clear plastic.
Translucent: Frosted glass, wax paper, stained glass, and lampshades.
Opaque: Wood, metal, stone, and thick fabric.
No, any color may be opaque, even white. Opaque is simply the quality of not being transparent or translucent.
A salt is a stable combination of an acid and an alkali. The commonest is our table salt, sodium chloride. In a well prepared specimen, the cubic nature of this compound will be obvious, but it is translucent rather then transparent, but colourless. Some specimens of Calcite are almost transparent. Many salts are quite opaque - probably the majority of them. The silicates present many examples of gem quality salts, and their transparency is part of their attraction.
An opaque material has a more dense pattern of molecules. Opaque materials do not allow light to pass through them. so then that means you could not see any light through the construction paper. because it is a kind of solid and it is hard to see through a unclear solid.
opaque-not transparent or translucent; impenetrable to light; not allowing light to pass through. transparent-having the property of transmitting rays of light through its substance so that bodies situated beyond or behind can be distinctly seen. translucent materials-Translucent materials offer a signifi cant color measurement challenge since they interact with light in far less controlled manner than most other materials. The color of a material is calculated from measurements of its relative spectral refl ectance or transmittance. When light is incident on an opaque non-metal or metal surface, the fi rst surface interaction determines the corresponding perception of gloss and color. Similarly, for transparent materials, light refl ected at the fi rst surface is responsible for the perception of gloss, while light transmitted straight through the material gives the color. Translucent materials have both opaque and transparent characteristics. Some incident light refl ects off the fi rst surface as gloss, while some enters the material and undergoes multiple scattering and light trapping within the material, resulting in a diffuse pattern of refl ectance. In a second interaction, light is scattered and transmitted through the sample, emerging on the other side in a diffuse pattern. As a result, color can be seen in both diffuse refl ectance and transmittance, depending on how the sample is viewed. opaque example-books,stone,shoes,wood,stem of a plant transparent example-diamond , Pure Water , Screen , Air , translucent materials -waterbottles, eyeglass lenses
yes light passes through it but in very less amount,very less that we can't see it properly.since it is the white substance it reflect high amount of light and very less amount is entered.................
No, any color may be opaque, even white. Opaque is simply the quality of not being transparent or translucent.
Opaque materials do not transmit any light, making them neither transparent nor translucent. These materials block the passage of light, resulting in no visibility through them. Examples include wood, metal, and most rocks.
A screen can be opaque, which means it does not allow any light to pass through. It can also be transparent, allowing all light to pass through. Lastly, a screen can be translucent, letting some light pass through but diffusing it to create a blurred image.
Ordinary cardboard is a type of paper, and is almost always opaque (visible light does not pass through it). It is possible to make it thin enough to make it translucent, especially in bright sunlight. If it were transparent (see-through) then it would not be called "cardboard" any more.
Transparent materials allow light to pass through with little or no distortion, like glass. Translucent materials allow some light to pass through, but it scatters, making objects blurry, like frosted glass. Opaque materials do not allow any light to pass through, like wood.
These terms refer to the ability of a material to allow light to pass through it. Transparent materials allow light to pass through clearly, translucent materials allow some light to pass through but not clearly, and opaque materials do not allow any light to pass through.
Translucent materials allow some light to pass through but scatter it in different directions. Opaque materials do not allow any light to pass through. Transparent materials allow light to pass through with minimal scattering, allowing objects to be seen clearly through them.
Opaque and transparent materials differ between the amount of light that passes through it. Opaque materials do not allow any light to pass through. Transparent materials allow all or most light through.
A transparent object can become translucent by adding particles or imperfections that scatter light as it passes through. To become opaque, the object needs to absorb or reflect most of the light that strikes it, preventing any light from transmitting through. Changing the chemical composition, thickness, or surface texture of the material can alter its transparency.
A salt is a stable combination of an acid and an alkali. The commonest is our table salt, sodium chloride. In a well prepared specimen, the cubic nature of this compound will be obvious, but it is translucent rather then transparent, but colourless. Some specimens of Calcite are almost transparent. Many salts are quite opaque - probably the majority of them. The silicates present many examples of gem quality salts, and their transparency is part of their attraction.
An opaque material has a more dense pattern of molecules. Opaque materials do not allow light to pass through them. so then that means you could not see any light through the construction paper. because it is a kind of solid and it is hard to see through a unclear solid.
Opaque means no light penetration.You cannot see through them.Light does not pass through them.They may be of any color, shape, texture or size.