The color spectrum refers to the color produced when light is dispersed through a prism and is visible to the human eye. Typically, a human eye will respond to color occurring at wavelengths from 390 to 770nm.
visible color / spectral color / wheel color.
It can be any color on the spectrum, as long as it is a pure single wavelength (mono = one) color.
The absorption spectrum of a solution can be predicted by analyzing its color because the color we perceive is due to the wavelengths of light that are transmitted or reflected, rather than absorbed. For example, if a solution appears green, it primarily absorbs red and blue wavelengths of light, indicating that its absorption spectrum would show strong peaks in those regions. Thus, by identifying the color of the solution, one can infer which wavelengths are likely to be absorbed, leading to a corresponding prediction of the absorption spectrum.
In a binary star system, the color spectrum would typically show two distinct sets of spectral lines corresponding to each star, allowing for the identification of their individual properties such as temperature, composition, and velocity. Depending on their relative brightness and proximity, the combined spectrum may also exhibit Doppler shifts if one star is moving toward or away from the observer. Additionally, if the stars are of different types (e.g., one being a hot blue star and the other a cooler red star), the spectrum will reflect this diversity in color and temperature. Overall, the spectrum would reveal the dynamic interactions and characteristics of the two stars.
Asking any young lady how they would define cute boys would result in many different answers. Some would say the color of the boy's eyes or the color of the boy's hair would be the most important factor. Others would say that a good personality or brain power would be an important factors in defining a cute boy.
Spectrum
A hue. A color is created from one of the three primary colors- yellow, blue, and red.
Everything we see is reflected being we see a color but the object we see is actually every color but the one we see, being one color is reflected no matter what it be between 3500>6500 Angstrom meters being the visible spectrum, this is also the object of chromotography.
That is what our eyes pick up. If there wasn't any color, our eyes would not be working. Color is the red to green and the cyan to the brown. It is what we see. without it,we only see white,gray,and black. Color is indescribable. So far no one is able to really define it.
The spectrum is usually divided into Red, Orange, Yellow, Green, Blue, Indigo and Violet. The mnemonic for remembering it is Roy G. Biv Technically, in a spectrum the colors are not separate but blend smoothly from one color into another, with intermediate colors in between.
The polar opposite of the color gray is gray itself. Normal colors (of the spectrum: R.O.Y.G.B.I.V.) are part of the spectrum or color wheel. Therefore, they each have completely different opposite colors (the other side of the color wheel). However, the color gray is not one of the spectrum of colors. In fact, the color gray is hardly even a color at all. Gray is exactly between white and black. White is the pigmentary absence of color, while black consists of all of the elemental pigmentary colors (red, blue, and yellow). Again, black and white are not part of the color spectrum, and gray is in the middle of the two. Perfect gray has no opposite because there are only two colors on its special spectrum. For this reason, had there been some kind of color wheel based off of black and white alone, perfect black would be on, say, the top, and then perfect white would have to be on the bottom, on the center of each side (left and right), the two colors would meet at exactly the same spot, creating exactly the same color. Thus, gray has no opposite. There is no polar opposite. Grey/gray is a mixture of black and white.
It separates the light by their wavelengths to make a color spectrum, and gives one a rainbow.