According to the material, shorter wavelengths have which combination of energy and heat?

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Multiple Choice

According to the material, shorter wavelengths have which combination of energy and heat?

Explanation:
Shorter wavelengths carry more energy per photon because energy is inversely related to wavelength (E = h c / λ). Heat, in this context, is tied to infrared radiation, which has longer wavelengths and is what we feel as warmth. So shorter wavelengths deliver higher-energy photons but aren’t felt as more heat in the same way. This makes the combination of more energy and less heat the best answer.

Shorter wavelengths carry more energy per photon because energy is inversely related to wavelength (E = h c / λ). Heat, in this context, is tied to infrared radiation, which has longer wavelengths and is what we feel as warmth. So shorter wavelengths deliver higher-energy photons but aren’t felt as more heat in the same way. This makes the combination of more energy and less heat the best answer.

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