transparent- You can see through it
translucent- You can see through it a little bit
opaque- can not see through it
Material transmitting light (that is electromagnetic waves in the visible frequency range) are called transparent.When light interact with a material, light photons can betransmitted, that is traverse the material without changing their direction and wavelength,absorbed, that is transfer their energy to the material in form of heat, electrical current sometimes, or other forms of energyscattered, that is traverse the material by being absorbed and emitted again, so that they emerge in a different direction from the incoming direction; a particular type of scattering is reflection, where the photon is scattered back by the material surface;generate luminescence, that is being absorbed with emission of a new photon at a longer wavelength (of a different color) with respect to the absorbed one. This happens because part of the incoming photon energy is dissipated, generally in heat, by the material.In transparent materials the great majority of incoming photons are transmitted. They differ from translucid material, where the light also exits from the material, but the photons are mainly scattered. In the first case a figure can be seen clearly through the transparent material, in the second case, light is perceived exiting from the material, but a figure on the other side is seen not clearly or it is not seen completely.
three facts about speed and velocity
10 facts about the wave painting by hokusia
galileo invented it
it creates light
smells like roza
Butterflies taste with their feet, their wings are transparent, and all butterflies live on a liquid diet. There are many interesting facts about butterflies.
Material transmitting light (that is electromagnetic waves in the visible frequency range) are called transparent.When light interact with a material, light photons can betransmitted, that is traverse the material without changing their direction and wavelength,absorbed, that is transfer their energy to the material in form of heat, electrical current sometimes, or other forms of energyscattered, that is traverse the material by being absorbed and emitted again, so that they emerge in a different direction from the incoming direction; a particular type of scattering is reflection, where the photon is scattered back by the material surface;generate luminescence, that is being absorbed with emission of a new photon at a longer wavelength (of a different color) with respect to the absorbed one. This happens because part of the incoming photon energy is dissipated, generally in heat, by the material.In transparent materials the great majority of incoming photons are transmitted. They differ from translucid material, where the light also exits from the material, but the photons are mainly scattered. In the first case a figure can be seen clearly through the transparent material, in the second case, light is perceived exiting from the material, but a figure on the other side is seen not clearly or it is not seen completely.
An interesting fact about jellyfish is that jellyfish do not have brains. Jellyfish can be transparent or brightly colored. A group of jellyfish is called a bloom or swarm.
use peanut butter jar not alot of materials
olgj9-mniomp0nm-0fdnio0e-=0frnmyluggh.hmhjy
Reference materials are compilation of sources that serves as a tool to provide information or facts about a specific topic. These could be books, established research paper or even news articles.
The inventor of the microscope was Anton Van Leouwenhoek.He is often called the "father of microscopy".It was invented in 1608.It was developed in the Netherlands.It can only be used for opaque objects.FIGURE OUT THE REST IF IT IS RELATED TO HOMEWORK
The systematic investigation into and study of materials and sources in order to establish facts and reach new conclusions.
The systematic investigation into and study of materials and sources in order to establish facts and reach new conclusions.
Injection molding is the manufacturing process for producing parts from thermoplastic and thermosetting plastic materials.
Jean Riddle Weihs has written: 'Accessible storage of nonbook materials' -- subject(s): Libraries, Special collections, Storage, Nonbook materials, Library materials, Shelving for nonbook materials, Space utilization, Shelving (for nonbook materials) 'Non-book materials' -- subject(s): Cataloging of nonbook materials, Nonbook materials, Libraries, Special collections, Collection development, School libraries, Collectors and collecting 'Facts about Canada, its provinces and territories'