2. a) At what wavelength is the peak in the thermal ("blackbody") spectrum of the Sun? What about for the Earth? Make sure you show how you got these numbers, and then b) Give a term for the part of the electromagnetic spectrum in which these peaks occur (e.g., x-ray, UV. Visible, IR, microwave, etc.). c) What is the total flux emitted in each case (in W m²)?
2. a) At what wavelength is the peak in the thermal ("blackbody") spectrum of the Sun? What about for the Earth? Make sure you show how you got these numbers, and then b) Give a term for the part of the electromagnetic spectrum in which these peaks occur (e.g., x-ray, UV. Visible, IR, microwave, etc.). c) What is the total flux emitted in each case (in W m²)?
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![2. a) At what wavelength is the peak in the thermal ("blackbody") spectrum of the Sun? What about for
the Earth? Make sure you show how you got these numbers, and then
b) Give a term for the part of the electromagnetic spectrum in which these peaks occur (e.g., x-ray, UV,
Visible, IR, microwave, etc.).
c) What is the total flux emitted in each case (in W m ²)?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F48740112-006b-42cb-9ca0-b08df6100311%2Fe9a7ad14-03e9-4d7d-aa03-cf962357e68f%2F9qgt9a_processed.jpeg&w=3840&q=75)
Transcribed Image Text:2. a) At what wavelength is the peak in the thermal ("blackbody") spectrum of the Sun? What about for
the Earth? Make sure you show how you got these numbers, and then
b) Give a term for the part of the electromagnetic spectrum in which these peaks occur (e.g., x-ray, UV,
Visible, IR, microwave, etc.).
c) What is the total flux emitted in each case (in W m ²)?
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