Professor Bloom discusses an example where two squares appear different colors although they are the same. What is the explanation for this bias?a. our brain compensates when we see two squares far away from one anotherb. our brain fails to account for colors that change rapidlyc. our brain adjusts for changes of color when objects move very quicklyd. none of the above
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Professor Bloom discusses an example where two squares appear different colors although they are the same. ... our brain adjusts for changes of color when objects move very quickly.
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a. our brain compensates when we see two squares far away from one another
Explanation:
- The square on the right is often perceived as the darker of both gray squares. They have perhaps assumed that the squares are similar in color so the adjacent area — black on the left & white on the right — influences in what way the gray area is viewed by our "perceptual systems". The larger difference of coloring in the white surrounding area & the gray square at the right side leads to a darker square experience.
- With more than a "simple contrast" our visual systems work. We can use our view of "how" the world adapts to "perceptual experience". The "shades of grey" here are the same, only the "lighter & darker" "shading" in the "middle" make it "appear" that "one side" is" slightly darker" than the other.
- The color of objects is determined from our interpretation of light around these objects. The ambiguous illumination in the squares is perceived in various ways by many viewers and their minds are compensating/tricking them to see the squares as different colours.
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