This Refers To A Visual Perception That Allows A Person To Differentiate Objects Due To Th…

this refers to a visual perception that allows a person to differentiate objects due to the way various wavelengths of light are reflected
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Color is a visual perception that allows one to distinguish objects due to the way different wavelengths of light are reflected.

COLOR

Color is a natural phenomenon that occurs due to the presence of elements of light, objects, and observers (eyes or measuring instruments) which then become the impression of the light reflected by objects so as to display the color spectrum based on the experience of the sense of sight. Color is the impression that the eye gets from light reflected by objects it hits. The objective or physical definition of color is the nature of the light emitted. While the subjective or psychological definition is part of the experience of the sense of sight. Color is also assumed to be the brain’s reaction to special visual stimuli.

Color Elements

1. Light
   The light seen through the eye is actually part of the electromagnetic spectrum. How bright the light is expressed in terms of color temperature in degrees Kelvin. The higher the color temperature value the color will produce a bluish color and the lower the color temperature value will produce a yellowish color. Different light sources will certainly give different colors to the object being seen. Some of the available light sources include the sun, light bulbs, or other special lights.
2. Objects
   Objects only reflect, transmit or absorb light that hits them. Objects are influenced by their constituent materials and the surface of the object such as glossy, matte, plastic, metal, textile, metallic paint, and so on. For example, if a light that hits a car is red, then all colors will be absorbed by the car except for red which will be reflected and caught by the eye as red.
3. Observer (observer)
   To see color, of course, there must be eyes. The eye as the five senses has a very unique and complex structure in it, including the retina, pupil and receptors, and other components. The wavelengths received by the eye are then transmitted to the human brain as memory and given a description.

Color Types

• Primary Color
  Primary colors or basic colors are colors that do not come from a mixture of other colors. The primary colors consist of red, yellow, and green. While other colors are formed from a combination of primary colors. Technically, red, yellow, and blue are not primary pigment colors. The three primary pigment colors are magenta, yellow, and cyan.
• Secondary Color
  Secondary colors are mixing primary colors in a ratio of 1:1, for example, orange is the result of mixing red and yellow, green is a mixture of blue and yellow, and purple is a mixture of red and blue.
• Tertiary Color
  Tertiary colors are a mixture of one primary color with one secondary color. For example, yellow-green is a mixture of yellow and green, turquoise is a mixture of blue and green, blue-violet is a mixture of blue and violet, reddish-violet is a mixture of red and violet, and red-orange is a mixture of red and orange, the yellow-orange mixture of yellow with orange.
• Neutral Color
  Neutral colors are the result of mixing the three basic colors in a 1:1:1 proportion. The mixture produces white or gray in the additive light color system, whereas in the subtractive color system the pigment or paint produces brown, gray, or black. Neutral colors often appear to balance the contrasting colors in nature.

Learn about Color Type examples at:

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