![]() The viewing threads, used in communication, have a visible theme and cover.This causes a rapid breakdown of the light of the event, making the object invisible to the rays. When light rays normally pass through a metal object, these free electrons absorb and repel radiation regularly. Energy can also be absorbed due to the high vibration of cells. Electrons can transform into different energy levels by absorbing the corresponding wavelengths of light. The absorption of light from matter depends on the composition of the atom and the molecules of matter.Important terms about Transparent, Translucent and Opaque objects These building blocks create blurred images of objects. Translucent materials allow a very little transfer of light rays. Transparent objects appear colourless as they do not glow. The transparent material may transmit a significant amount of incoming light. Some examples of opaque objects are stone, wood, concrete, metals, etc.ĭifference Between Transparent and Translucent objectsīoth of these elements allow light to pass through them. The rest of the wavelengths get scattered or even absorbed. The objects appear a little coloured due to the reflection of a particular wavelength. Reflection: An incident light ray usually gets reflected at the surface of the given opaque object. Due to continuous scattering, the energy of that wave may completely get dissipated before the emergence of light from the other given side. Scattering: The molecules of the medium may scatter and absorb light in random directions. This process reduces the intensity of the given incident light. Light rays may often penetrate the substances to some depth.Ībsorption: The light rays may get absorbed inside the medium(object). Any incident light gets absorbed, reflected, or even scattered. These are the objects that do not allow the transmission of light. Some examples of translucent objects are frosted glass, tissue,butter paper, various types of plastics,etc. Such density distribution may even result in transmission and irregular refraction.ĭensity fluctuations usually cause scattering centres and at the fluctuation points, the light rays may get scattered.Ĭrystallographic Defects: Fluctuations ( defects)in composition in a crystal structure may give rise to the scattering of light.īoundaries: Cell boundaries and Grain boundaries usually behave as scattering centres. Non-uniform Density: If any material has a non-uniform distribution of matter, then its density is different at different parts. Translucency may usually occur due to the following properties. If any object which is kept at the other side of the translucent object is seen, then that image appears fuzzy or even blurred. Some light rays get scattered in the interior of such objects, and the other leftover light rays emerge out at random directions. glass) are often used to make spherical mirrors,lenses, spectacles, and various other objects.Ī substance may be called translucent if it allows partial transmission through it. While passing through some transparent object or material, the amount of scattering is very less.Therefore, a clear image can be seen on the other side of the substance. Most of the light,which is incident on a transparent object,usually transmits through it. ![]() Light rays can easily pass through these substances.The refractive index of such transparent substances is nearly uniform. Difference Between Transparent and Translucent objectsĬomparison Between Transparent, Translucent and Opaque objects.Comparison Between Transparent, Translucent and Opaque objects.Difference Between Transparent and Translucent Materials.These materials form hazy or even blurred images of objects which are seen through them. Translucent materials allow a very partial transmission of light rays. Transparent objects often appear to be colorless as they do not allow light to reflect. The light is hardly scattered or reflected. Transparent objects may transmit a significant part of the given incoming light. Difference Between Transparent and Translucent Materialsīoth objects allow light to pass through them. Hence, light rays cannot pass through opaque materials. Opaque materials reflect some incident light. Some of the best examples are oily paper, some plastics,tissues,etc. Translucent materials allow a very partial transmission of light through them.Ī part of the incident light usually gets reflected or scattered, as it passes through the interior (inside) of the material.Īny opposite object that can be seen through a translucent material usually appears fuzzy or sometimes blurred. One best example of transparent material is pure glass. Any opposite object can be seen through a transparent object. Objects that allow the complete transmission of light, are known as transparent objects.
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