College Physics
College Physics
11th Edition
ISBN: 9781305952300
Author: Raymond A. Serway, Chris Vuille
Publisher: Cengage Learning
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Wien's displacement law
Students often get confused between Wien's displacement law and Planck's radiation law. Although both are historically related, yet they are conceptually different. Planck's law helps determine the spectrum of a blackbody, while Wien's law determines the…
Question

What are the wavelengths of the peaks in each color matching curve in
Fig. 9.18

**Figure 9.18**: The CIE color-matching functions (Public domain via Wikimedia Commons) This figure illustrates the CIE color-matching functions, which are fundamental tools in the study of color vision. The graph consists of three curves representing the color-matching functions for the human eye: 1. **Red Curve (\( \overline{x}(\lambda) \))**: This curve is depicted in red and indicates the sensitivity of human vision to red light across different wavelengths. It peaks around the lower to mid-600 nm region, which corresponds to the red part of the visible spectrum. 2. **Green Curve (\( \overline{y}(\lambda) \))**: Shown in green, this function marks the sensitivity to green light, peaking around the mid-500 nm area, highlighting the central region of the visible spectrum. 3. **Blue Curve (\( \overline{z}(\lambda) \))**: This blue line shows the sensitivity to blue light, peaking towards the lower end of the spectrum around the 400-500 nm range. The x-axis represents the wavelength in nanometers (nm), ranging from 400 nm to 700 nm, covering the visible spectrum. The y-axis indicates the relative sensitivity of the color-matching functions. Understanding these functions is essential for color science, allowing the precise depiction of colors in technologies such as monitors and printers.
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Transcribed Image Text:**Figure 9.18**: The CIE color-matching functions (Public domain via Wikimedia Commons) This figure illustrates the CIE color-matching functions, which are fundamental tools in the study of color vision. The graph consists of three curves representing the color-matching functions for the human eye: 1. **Red Curve (\( \overline{x}(\lambda) \))**: This curve is depicted in red and indicates the sensitivity of human vision to red light across different wavelengths. It peaks around the lower to mid-600 nm region, which corresponds to the red part of the visible spectrum. 2. **Green Curve (\( \overline{y}(\lambda) \))**: Shown in green, this function marks the sensitivity to green light, peaking around the mid-500 nm area, highlighting the central region of the visible spectrum. 3. **Blue Curve (\( \overline{z}(\lambda) \))**: This blue line shows the sensitivity to blue light, peaking towards the lower end of the spectrum around the 400-500 nm range. The x-axis represents the wavelength in nanometers (nm), ranging from 400 nm to 700 nm, covering the visible spectrum. The y-axis indicates the relative sensitivity of the color-matching functions. Understanding these functions is essential for color science, allowing the precise depiction of colors in technologies such as monitors and printers.
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