| 1. | :That just got me thinking . . . does blackbody radiation ever look green?
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| 2. | Hence in the derivation for the blackbody radiation, a factor of 2 is present ."
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| 3. | Planck's law describes the spectrum of blackbody radiation, which depends only on the object's temperature.
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| 4. | A reference source, such as blackbody radiation, is defined as having a CRI of 100.
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| 5. | Does a system gain momentum when it absorbs blackbody radiation, or when it emits it?
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| 6. | His fields of expertise included soil physics, gas properties, acoustics, fluid mechanics, and blackbody radiation.
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| 7. | First, we did not mention blackbody radiation yet.
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| 8. | From that time to the 1920s, physicists were seeking to explain atomic spectra and blackbody radiation.
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| 9. | The wavelength of light emitted is related to the temperature of the object-- see blackbody radiation.
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| 10. | Is so, what happens to blackbody radiation?
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