What is I.D.E.A. and How Does it Effect Students of Color?

What is the medium in the middle of I.D.E.A.? How does it affect the student's color? America has hundreds of different kinds of people and culture. We are always proud of our achievements as a nation, but now we have a problem. In past centuries, we discovered that people different from us are inhumane. It is a panic only because children can not be educated simply because they can not even look, listen, talk, walk, or even think like an "ordinary" person. Now is the time of change, I will introduce I.D.E.A from now on.

Below are simple hints on color uploaded by USC Rossier on room2learn.org. Studies show that different colors affect different students and can be selected based on the main activities of the study space. In fact, it can be designed according to the place the children go to school. In uniform schools you can add brilliant colors to the walls. Young eyes tend to be over stimulated in schools where students choose to wear with different colors and styles.

For centuries scientists have studied the physiological effects of specific colors. In addition to aesthetics, color is the creator of emotions and associations. The meaning of color depends on culture and environment. That is why you will see a black and white boutique. They want to look elegant and noble

Opals are largely divided into two types. Valuable opals display colors, but ordinary opals are not displayed. Color games are defined as "false color optical effects in which flickering occurs when light with a color from a particular mineral rotates under white light". The opal can be transparent, translucent or opaque depending on the conditions it is formed and the background color can be almost all colors of white, black or visible spectrum. White, gray and green are the most common while black opales are considered the most unusual. Also, Opal may perform perfectly, rainbow color

Structural color is not a pigment but a color caused by an interference effect. A color effect occurs when the material is formed from one or more parallel thin layers or is scored with fine parallel lines of microstructures of a range of color wavelengths. When microstructures are randomly arranged, short wavelength light is preferentially scattered to generate Tyndall effect color. Empty blue (Rayleigh scattering, a structure much smaller than the wavelength of light, in this case air molecules)), the shiny opal and the blue color of the human iris. If the microstructures are arranged in an array like an array of pits in a CD, they appear as diffraction gratings. Because of the interference phenomenon, the grating reflects different wavelengths in different directions and separates the mixed "white" light into light of different wavelengths.