GPC_Corr_970528

Global Physical Climatology Corrections: 5/28/97 page 1 Corrections to be made to “Global Physical Climatology” by D.L. Hartmann. Page 26: Equation at top of page in Example: Change -34˚F to 0˚F. Page 39, Problem 7: Add this sentence at the end of the problem. “You may assume that Earth’s orbit is circular and ignore absorption of solar radiation by the atmosphere.” Or if a more brief addition is required “Ignore eccentricity and atmospheric absorption.” Page 47, Fig. 3.3, Replace with updated one. n 1 symmetric is missing an atom in triatomic structures. Page 58, Change equation (3.33) to, µ τ τ θ τ ν ν ν τ µ ν ν τ µν νd d I z e B T z ez z( )( ){ } = ( )( )( )( ){ } ( ){ }, / / Page 80, Problem 6: Add the following sentence at the end of this problem “How do the required convective fluxes change as you move the top level?” Page 114, Problem 3, last line: Remove s-1 unit from CD. That is, change “C sD = × − −2 10 3 1” to “ CD = × −2 10 3”. Page 120, last sentence of first full paragraph: Change the sentence beginning “About 60% of the preciptation that falls . . . “ to “The evaporation from a continent is typically 60% of the precipitation on that continent.” Page 169, Problem 6: Change “Fig. 2.10” to “Fig. 2.11a”. Page 201, the second line of the equation on this page: Change 3.2 PW s-1” to “3.2 petaWatts” Page 221, Fig. 8.10: Make sure the figure is printed and not blank. Page 228, Problem 6: Change “5000 years” to “500 years”. Page 228, Problem 7: Change “ 2 1011 1× −kgs ” to “ 2 1010 1× −kgs ”. Page 228, Problem 8: Change “. . . over this period would be equal to the rate of deep water formation in the north Atlantic?” to “. . . over this period would decrease the salinity by 2‰?”. Page 242, first line of text: Change “increases with latitude” to “decreases with latitude”. Page 284, problems 1: Change units of kI from “W m K − −2 1 ” to “ W m K− −1 1”. Page 284, problems 2: Change units of ks from “ W m K − −2 1 ” to “ W m K− −1 1”. Page 293, Table 11.1: In second line of table lable, change “Sources of Aerosols by Mass” to “Sources of Aerosols by Mass (Tg yr-1) “ The table needs units. Global Physical Climatology Corrections: 5/28/97 page 2 Page 303, Figure 11.9: Replace Fig. 11.9 with corrected one. Page 307, number 2, Obliquity, 4th line: Change 15% to 10%. Page 318, problem 4, Change “Fig. 11.9” to “Fig. 11.10”. Page 324, 12.2.2 Halocarbons, line5: Change “The reasons for the strong greenhouse . . “ to “The reason for the strong greenhouse . . .” i.e. make reason singular. Page 337, equation 12.4: Change “ dt ” to” dt’’ ” at end of equation. Needs to be primed variable of integration. Page 345, problem 5, lines 4-5: Change “Qt = 4 Wm-2 50 years-1 “ to “Qt = 4 Wm-2 in 50 years “ Page 349, equation (A.7): Change summation from n=0 to 3, to n=0 to 2. Page 375. Answer to problem 2, chapter 5: Change units to mm day-1. 2. (a) 1.1 mm day-1 ; (b) 0.28 mm day-1 ; (c) 7.8 mm day-1 ; (d) 1.67 mm day-1 . Page 376: Answers to Selected Exercises: Chapter 8, Number 7: Change to “From 35 to 34‰”. Chapter 10, Number 1 (a): Change to “(a) Ts = -2˚C, SH = 180Wm-2” Chapter 10, Number 3: Change to ”(a) 9m; (b) 4.5m” Chapter 11, Number 4: Change to “The difference is about 110 Wm-2 or 23%, with a larger contribution from precession(~16%) than from obliquity(~7%).” Page 376, Add answer to Chapter 12, Number 4: New line “4. (a) e = 10-4; (b) 276 K.