atmo324-07-review1

atmo324-07-review1 - Stefan-Boltzmann Law E BB = T 4(Eq 2.5...

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ATMO 324: Review sheet for Mid-term Exam 1 (Oct 1) Covering Chapters 1-2 Exam format : A few multiple-choice questions, one qualitative question, and one quantitative question (which may have two alternatives). You may use calculators. Chapter 1 : 1.1 Climate system components 1.2-1.3 Atmospheric temperature & composition Lapse rate " = # $ T z = 6.5 o C / km (Eq. 1.1) 1.4 Hydrostatic balance p = " RT (Ideal gas law) H = RT g = scaleheight (Eq. 1.5) p = p s e " z / H (Eq. 1.6) 1.5: Atmospheric humidity 1.6-1.8: Ocean, Cryosphere, Land Chapter 2: 2.1-2.2: Energy, Solar system, planets 2.3: Energy balance, Solar Constant
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Unformatted text preview: Stefan-Boltzmann Law E BB = T 4 (Eq. 2.5) 2.4: Emission Temperature of a planet, Albedo 2.5: Greenhouse Effect (1-layer model) S 4 (1 " # p ) = T e 4 T s 4 = 2 T e 4 (Eq. 2.11-12) 2.6: Global radiative flux balance 2.7: Distribution of Insolation Q = S d d " # $ % & ’ 2 cos ( s (Eq. 2.14 ) Solar zenith angle cos s = sin sin + cos cos cos h (Eq. 2.16 ) 2.8: Energy balance at the Top of the Atmosphere: Incoming SWR – Reflected SWR = Absorbed SWR (ASR) = Outgoing LWR (OLR)...
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