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Star A is 2 times hotter than Star B (i.e. starA is 10,000K and star B is 5000K). How do their spectra's peak wavelength (dominant color) of light compare? star A's peak wavelength is 2 times shorter peak wavelength are the same star A's peak wavelength is 2 times wider star A's peak wavelength is 2 times longer

Star A is 2 times hotter than Star B (i.e. starA is 10,000K and star B is 5000K). How do their spectra's peak wavelength (dominant color) of light compare? star A's peak wavelength is 2 times shorter peak wavelength are the same star A's peak wavelength is 2 times wider star A's peak wavelength is 2 times longer

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Star A is 2 times hotter than Star B (i.e. starA is 10,000K and star B is 5000K). How do their spectra's peak wavelength (dominant color) of light compare? star A's peak wavelength is 2 times shorter peak wavelength are the same star A's peak wavelength is 2 times wider star A's peak wavelength is 2 times longer
Transcribed Image Text:Star A is 2 times hotter than Star B (i.e. starA is 10,000K and star B is 5000K). How do their spectra's peak wavelength (dominant color) of light compare? star A's peak wavelength is 2 times shorter peak wavelength are the same star A's peak wavelength is 2 times wider star A's peak wavelength is 2 times longer
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