What is the physiological basis for the tristimulus theory of color mixing? How does it relate to the manufacture of color monitors?
What will be an ideal response?
The fact that there are three different types of cones corresponding to three different wavelength ranges forms the physiological basis for the tristimulus theory of color mixing, which says that if all three sets of cones sense equal amounts of light, then the brain will interpret this mixture as white light. Manufacturers take advantage of this fact when they make color monitors that use only three types of phosphors to create most of the colors found in nature.
You might also like to view...
Which of the following is true: C#
a) is object oriented. b) contains a powerful class library. c) is not limited to web-based applications. d) All of the above.
A. A standard entitled "Standard for Software Test Documentation" B. A standard entitled "Recommended Practice for Software Requirements Specifications" C. A standard entitled "Software and systems engineering--Software testing" D. A standard entitled "Systems and software engineering--Architecture description" E. The course of actions used to identify, understand, and resolve problems that occur during software development F. Activities associated with converting an architectural design into a level of abstraction that can be coded and tested G. The process of testing software components in combination to ensure that functional and qualitative software requirements have been satisfied H. The process of testing developed software to ensure that the requirements have been met I. The process of testing documented software requirements to ensure that they have been met J. Testing to ensure that developed software provides intended functionality at a high level of quality