HW2_Solutions

HW2_Solutions - ME(04 WWW Z gamma Ptcmem3_54 Day?“ 1 Pvnrufld{IM n vrafi'cd:a,‘n(I=_£ Ma“ “hmfiaarnj a Paw—a:‘ E3593 044-u-e{c—

Info iconThis preview shows pages 1–4. Sign up to view the full content.

View Full Document Right Arrow Icon
Background image of page 1

Info iconThis preview has intentionally blurred sections. Sign up to view the full version.

View Full DocumentRight Arrow Icon
Background image of page 2
Background image of page 3

Info iconThis preview has intentionally blurred sections. Sign up to view the full version.

View Full DocumentRight Arrow Icon
Background image of page 4
This is the end of the preview. Sign up to access the rest of the document.

Unformatted text preview: ME ((04- WWW». Z gamma Ptcmem3_54 Day?“ 1': Pvnrufld {IM n. vrafi'cd :a[_',‘n'(I=-_£ Ma“, “hmfiaarnj a Paw—a ::‘ E3593 044-;'--u'-e {c— t».- m-ux: +v... “Hal: 3—. k-‘nt‘h't. CNQV‘7: a“: 1M war-n. “"“""~"‘- ~""’“”.P.AT&= Gum ‘ i’TMwih'IM‘LGfl-Iifiyikm. ' =Jocit _ tn‘ , _ 2 ; “Ho 5th Vi-sa F... 1. TM “Idem “FEMW Meg'wmcnfly 1: II I. uirc'tgfi‘ 3. wer fix:qu O‘cxfl‘: “‘1 +I_‘.__WM ‘—*—--«-—_._ _ I mm“ “Mush? ~m-la::.r--$;mm. ' “Vie-44:. ‘ $ (31: 1-! = Ti 5+“- @A‘JM' * IV. 0- .mcna- -‘-. [wig-U _ Hp“, (Es-4H mm“ “H _._B_~ bipahd” . ' ' 1" ‘ ‘J‘ z " i k r)‘{ :4 'hu-irw mm»! J m ‘4‘” 5"“ £93: G-W ivw: G—aUfiAKE- I‘MWm‘w-GBh-Wfi} =4:- IEMJMaet L—MIQVUJ W=¢*'B+“3 fl ‘°“a[’~3*°-=]Ef-{-i-sem 1:: - 9.554?“ 4— PRQBLEM 2.5! KMMM‘: Dark. are. Pr 91-:de {w- a. new}; at.ng fiat iii-{cal w."fkn Paid-H whrci- 7'71 +9.»; wfiafl‘nr hfn'ficranczz. _ Ema: m G} “a w AF-v Ha MIC-gerad C») (=ka Hu w:4--*K*'" “m M” "4"" r¢{.!'\‘n- rapueidcd- I.” 5cr+m~wnc Cum DATA: E “63' o DEL: — ..._..._ M J- The h6n3cra-i 2.1 (1%.: crowd risk-m. _._.__..____._. . V . "II Q=—Kt ,w=—am'w _ I 16-33 2. “a awn“ chum: v: u... icmch‘c H Luz-33:31:. and. a» {avail-J Mar-3.1 area”- ! “fizflAFWW F: .-. d“? 949;, ,q guns; 4t:2.pm-u. 3' cos 11:31:! _- QM {a} w -... IVU cit -: —.(Q.IKW}(Zom-,.}1-———-i_v “w !: “ash-d 4—”— E-‘WS‘. HAW“: I Jpn-f Alf-+4.:qu = (so—w =§ c9: ¢v+w £7 chum-u. {2w 1;; (11%;; 43232) «- C—raarl} - “Ni-5' ‘3 ‘5‘ a. l (a) szde=j~x<tdt=-53 a; 9. K: — 2Q ._ _ '1{‘?G'25‘:) mw ’ Inn-ml 1'- " (29min); L at: ‘-=-' 3 6.351):an KW .$__. mi. PROI’SLEM 2-628 W! A known guaniia‘g of air undegoes a. praises-$114 g. verhéfi PISJ'DH-OL} In: der- ass emblmfirefuifiaiand mat valuing; aregwem and 'flrté‘. Change. m sPecl'th. int-armed enerfiY is 5?£Gl{-l€-d- m1 Deiermrhe ‘i'he htmf‘i—r'aflS'C-et‘", 'E "' ‘F-Z '71 '. gum 1:100 1:95.. MPM = 50109 A359. = 0.0! m2 mafi- : $3 ‘" o'mskfl Vl = 5].: 0.005 M3 V1: 0.002 m3 Elects. racoer u) The air is a closed 595mm. (2.) thaxef-t'c and. pokmfiktt’ energy eFFecfs are me If iblefor +9.8 tur- (3)7139: is Hg rid-{on bet-ween +143 pisfort and fire Withdef‘ Matti. (at The Procecs‘occurs goggle; LUI'H‘I no acacia/ohm of Hepatitis- (s) The accelemfibn of‘ gravi‘I-y is which 3 = 9.55! hrs/:52. one: - zoo ksntg M13: Form per-on, iii-=0. firms“? 1: is H16 Pressure exerted 5:, 'H48 our at each S‘i‘flk‘i‘c 4: Nu: prams;J we got": FahnAfiist PAW? = PahRAPifi' f myn'srg r mpzarj P a P 4- _.__...._._.. I? 4.1"?" x . . ' . *- l M k? v Pkwy} = {ookPq + Cw __ ’“mofi CW we) Wells row/m1 To Prim Hie work for +149. process, use Egan. Mam;- fine? He: pressure: 15 WSf'aoL‘i" V: W :. f Fa”! :. F(\’rz_vl) _V’ 3 leNifmz- 1 143' a 1i P 0.0 2. - . t W .. ("(105 1‘ Q){ o o 003’”) llcF’a. I'D“ N'm 1’0J'iq-? o 0 New, wHui energy balauce red/aces 40 gig ind/E +A'EJ‘ =Q-w‘. TELLS; Luis-{4 A U = mm, on. (1': Ma”. out +w : [0.003 tax-.300???) + (“(1an [43) Q:-—-[.7Lfl :13 Q Excerpts from this work may be reproduced by instructors for distribution on a not-for-profit basis for testing or instructional purposes only to students enrolled in courses for which the textbook has been adopted. Any other reproduction or translation of this work beyond that permitted by Sections 107 or 108 of the 19% United States Copyright Act without the permission of the copyright owner is unlawful. PROBLEM 3. 43 Wnd‘zr‘ I‘: 4'“ rubs—faucet. . to) p: 2:: Wm?) '1": 4oo°F Tut: A—q-E “awful, V: 35*‘1‘3 “on; Us H454 811.4 {1, IT Resufts v = 25.43 fFlib u =1145 Btuflb y IM (.9) Pzzo LbEriq1)v=|5+f’!Lb «EH: g-EE- v; (v ‘Vra =3 '1': 217.qu p ’15th- x_: vnv? m3 Vq—VA‘ = No— 6.0!53’3 Zo.£fi«0-0J'b3'3 -— 0.3%, u: “+*“L"3"LF) v v - Mimi-r c-Wchn-m-m) ; q OLE-,5 3M“, IT Results: T = 228 “Fl x = 07962, L: = 901.3 Btullb I,-\ -I- a... n..— .. __ “.ID 3 HW [1 Solutions [-12.1 Approximately 120,000 TW of solar energy reaches the earth from the sun. This energy is reflected from ice caps, oceans and clouds (Earth has an albedo of approximately 0.367), but is also absorbed by oceans, [and masses and the atJnOSphere. A higher energy fluence occurs in the equatorial regions, as they are oriented more closely to perpendicular relative to the sun’s rays. Some energy is retained from the planetary formation process and gradually released in the form of heat from the earth’s interior. Energy is distributed throughout the biosphere through convective currents in oceans and atmosphere. (Albedo — the ratio of the light reflected by a planet or satellite to that received by it.) litt‘psffwiki.ansu-*ers.come,-'I Iowwmueh solar ener_ reaches the surface of the Earth 1.1m:x’fen.wikipcdia.0rgf'wikix’E.aIth htt . :h’dictionaw.referenee.com-’browsefalbedo as}? ion in sate '- - a matterto v fr.- tslighoretha fitso' . emai 'n. adiat1 - heat ' occur ata ti \ Eu" I to the sun, it 43'; a mperature wi gher than whe it is sha we. ...
View Full Document

This note was uploaded on 05/19/2010 for the course MAE 110A 110 taught by Professor Smith during the Fall '07 term at UCSD.

Page1 / 4

HW2_Solutions - ME(04 WWW Z gamma Ptcmem3_54 Day?“ 1 Pvnrufld{IM n vrafi'cd:a,‘n(I=_£ Ma“ “hmfiaarnj a Paw—a:‘ E3593 044-u-e{c—

This preview shows document pages 1 - 4. Sign up to view the full document.

View Full Document Right Arrow Icon
Ask a homework question - tutors are online