ISALET OTEROLAB HW 5 due 4/2/14 .Chapter 9 (DUE 4/2/14) Color Arrangement Test (#4)Do the test and score it.My Results Guideline of what Normal results should look likePrint either the results graphic (easiest to interpret) or the results table (look at the results for people with color deficiencies). How does yours compare? When I look at my results with the different areas of people with color deficiencies my results follow the guidelines of what is considered normal color vision.Those with color deficiencies their graph in all of the deficiencies (Protanopoe, Deuteranope, Deuteralnomal & Tritanope) did not follow a smooth line path in the contrary the graphs results were composed of zig-zig lines, by looking at graphs like this we can conclude that people with color deficiencies are unable or have a hard time comparing and seeing color differences that is why their graph lines did not follow a continuous path as seen in my graph. Color Mixing (#1)1) Set R to 255 and G and B to 0. Which color and how much do you need to add to make orange?To make orange, Red was left at 255, Green was 135, & Blue was 0; this combination gave me a bright orange color.2) Set R to 255 and G and B to 0. Which color and how much do you need to make yellow?To make yellow, Red was left at 255, Green was 226, & Blue was 0; this combination resulted in a bright yellow3) Set B to 255 and R and G to 0. Which color and how much do you need to add to make purple?To make purple, Blue was left at 255, Green was 7, & Red was 156; this combination lead to a violet/purple color. 4) What color do you see with R (255), G(255) and B (0)?A very bright Yellow5) What color do you see with R (255), G(255) and B (255)?White; this specific example explains what we have been discussing in class that when all the wavelengths of the visible light spectrum strike your eye at the same time what we perceive is