The search term yields a mixed bag of results. Here is a breakdown of what you will encounter.
: Official corrections and supplementary data can often be found on university mirror sites, such as the University at Albany Atmospheric Sciences Resources 2. Academic Repositories & Study Sites The search term yields a mixed bag of results
Calculate the wavelength of maximum emission from Earth’s surface (255 K). Solution: Use Wien’s Law: λ_max = 2898 μm·K / T → 2898 / 255 ≈ 11.36 μm (infrared). Academic Repositories & Study Sites Calculate the wavelength
Notes the inclusion of biographical footnotes and state-of-the-art imagery that aids in reinforcing learning through qualitative and numerical exercises. ISBN: 978-0127329512). The 3rd edition
Solutions for Selected Exercises (Official Supplementary PDF):
Before hunting for the manual, it is critical to know which edition you are using. The most widely referenced version is the (published by Academic Press/Elsevier, ISBN: 978-0127329512). The 3rd edition, updated with significant climate change science and renamed Atmospheric Science: Principles and Applications (though often still referenced as Wallace & Hobbs), has a different set of problems.