Q3. Give the percentages of red (x), green (y), and blue (z) required to generate the...

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Q3. Give the percentages of red (x), green (y), and blue (z) required to generate the point labeled "warm white" in the following figure: (C.I.E. CHROMATICITY DIAGRAM) y axis GREEN DEEP BLUE COOL WHITE DAYLIGHT WARM WHITE BLUE SPECTRAL ENERGY LOCUS (WAVELENGTH, NANOMETERS GOLD xaxis PINK -POINT OF EQUAL ENERGY RED Q4. What is the maximum number of possible different shades of gray in an RGB image whose three component images are 8- bit images? Why is this the case? Q3. Give the percentages of red (x), green (y), and blue (z) required to generate the point labeled "warm white" in the following figure: (C.I.E. CHROMATICITY DIAGRAM) y axis GREEN DEEP BLUE COOL WHITE DAYLIGHT WARM WHITE BLUE SPECTRAL ENERGY LOCUS (WAVELENGTH, NANOMETERS GOLD xaxis PINK -POINT OF EQUAL ENERGY RED Q4. What is the maximum number of possible different shades of gray in an RGB image whose three component images are 8- bit images? Why is this the case?

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Answer 1 Red x 06423 Green y 03322 Blue z 00300 Answer 2 The ma... View the full answer