HW1_solution - MAEHZ ngm 3MP Bowls“ 4 0)ST‘0;CL\WMCWEC...

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Unformatted text preview: MAEHZ ngm 3MP}: Bowls“ 4) 0)ST‘0;CL\WMCWEC For CHSOH + 1.5(' 01+ 3.?6N2)_, col + 2 H20 +1.§K3_75M1 WM! air :15ng + 5.6.4ng = 205.92% Wjao'f£~e{;1w1+4xf+1fl[4§ : 32 Ifj Io) CHJOH “4462 emu) 01hr.- CHBOH +1,457n1.9'(01f3,u N1)-—>C01+ 21410 + 035—03qu [01 W), of MEMSK 205.92 = 19 3539 mm; o'f' #4 : 3 1 k3 AF 2 293.573 3 9.331 idefli ‘Hame TCMFWflh/VC ‘Por Mail/\mhe. CH!r (if 5315K WWL‘ 35? cm» on? at {69 MM. Sfoi’lclu'o me,th : ch+2(Oz+3.uNL)M-» C01+LHLO-+7.S2NZ 33.2 exam air: CH4 +1.35): 1(01‘r37'éN1)—9 C01+2HL0+ 0'7 01+ filo-‘3‘ N1 1: :5 5R 3 1; 3 UV! known 1.981% K A Oli‘oJam-Hc. [orb (Jill—‘37 Vlt-HL- ( “Wan”, T1 1‘3 H). (P rdmfcbfi) l jT': c CL H T‘ J 2? L“; P} T+ n. ‘ :j ‘. TM 1 ‘ l R j n) ‘3' +ZHJ WJ 12:; 3 T1 1 l T J “L J J I (65¢?me {o (onlan ram-Wm maxi : (1) Hike HQHZJI'HPO +(ms') a4 1 / a. ' / 9. 0 o" :J‘Exn kJ rgctmci'j . : - H ‘ _‘ _-r lOJ§ . P J L) a) PcozfiZ) H$140 +0; 0 0 :: - 333.522—e1m(_24t_z22) :-X772i?l> KJ QT1 _ {3 j ZHjCFfL—f— :-?‘r,i?3+‘£7?.fl T 5 j ‘ ‘ :301303 531! Ema ‘ CHM _r...a—-*-—"’ ...——-—-""‘—' ; a. MWC AT: [c -1C 0 (2 m1 1 J!— 3 3 P} J ECOL'r PHIO‘I' Po w 5 CI: Joli“ ll 1: 7. L Appanohkfl fakk: 1 .9; TC“) 100 I 033‘ _ 2 Cfioz—3-?36+ 30,535? -1103 6’ +0-62q16’ CP L A 0.2.; : 05 Hlosf‘fiJ ' ‘33“??? 1—22.69 —3_é999 C", , ‘ 1-5 "'5‘ -1 {91 231.493 7+ ooznmfi -1136 6 +2559 6? C _ "'l‘ —2 "3 11 TL 1: “is-5 0 .- n‘ C dig. : , *3;- '2) J '7 ‘ ] 705-7'307-15’ +{96.0 6:? 7? : 23023 035.2. 3) flame fCMFchW¢ {or GHQ ‘2de cmi‘iciqui on?” CHfi+2(01+ N2)'-—‘r COL+ZJHL0 +2“; Ti: 292K IP3106M‘M 1;— = (An kna 'n/‘h AokCeJDrJn'L Pfoceu :9 iZVI(.\—{i 1': T ; 2"? ——‘ -A "H'JH jarnJ'CPJGLT: anHfi"; n) 5 T‘ J L J L 2 (“a > - (Hagan) 7. =3702.3 .59., Sm“ 0* CW: ,. C1: 7- * "-3.7% + 30. 3399" —4.103 67 w °~029191 CO?- C 0.1? '_ 53$ PHZQ 2 MS}! 48359 +3235 (5* -3599 9 fl —t-3‘ :1. —3 CAP“; : 39.05 "—S—‘l-ga 440739 ; (32(1‘1‘9 A 1 C - 1c N C = K3 C. emf FH0+3 [’N )okT: 302.3 L 1 Banal n'F I =?i \ \D 1; = 3339 NJ L 'L [1) Diyocir/hon 016 one: 114016. of- Hzof H10 : HL+LO Suffar. 9L Mé'kt o‘F H10 CACDOLECN’tr—J +0 SPeq'es ruck; H o 1-1. 2. H “K ’L m 0L 1' GTA MoiCJ ‘n : {_1+n+1_ S Lii 1 7. Y, in K .__ PHI!) C “:0 F) H10 F’ ‘ 2 _______fl.,.__._ ._._ ( H )(F’o )" mH “0 Ir; LIGHTWan 1 1 L n In 1/ _ 1 g P 7.: (I ‘1‘ U? L)/z (Mg) 1 7L 9 (KPP-1)f+3x_2_:0 UK) 'T: 175—0? . PS icxfm I! (— lo acres/4Tb“: ; L93 Keg-105:) KPHO .. l0 (my-PI) 75.1. 31-1:0 j, 1: 4 .16 x10 ‘ 5) 5T: WW? :0. S. E P2 " * :g.%£fgfl0 (iozxiO—i)x3+3w-l= O i’ 1 (43 CU H +340“ away—J» (l—1)HLO+1H1+ 1 1 SPccie) matél H o i- A '3‘. HL 3; OZ 2. L S? N)- PH 0 k = l I P v WW 1 k ‘12. (i-yL) P 3 ___.——-—-—'-""T" P uni)“ :9 “(‘91P *\)7\3-—3}6 76-1-1052 7k K 105 3? P :10 F: 13012 Pf’\a‘-tr~\ 45’ M? T: 30:30“R %’ KP310 P I (“Jr-1 E -4! 0 (fog‘éio vl)1\3+37\-150 .3 133,691“ 10 -+i_ggl\1 2. 1 1 #516 :O C H wwh {001 exec); air. 3 3 € ‘ ‘ ‘ HO r1 H ox) + ‘2 N 5(Oz-i’ 5,?6Nz )H NCO: ‘i’ NCO 1— HHLO L "T Hz a ' O -+ not 1 + rs“: N1 ¥mnkmowm T n n m J j , n V! 4: C0 / CO H o H O ’ nu 1x 2 a. 3. 1 RH ~i 11¢ n79 6r;1_+g\(¢ M Mi Mac, _. L 3 “1 “C01 1' nco Q H p . X ‘ anlo *2"H, <2) 0 20 = ma 6) N 751 = 2.14M @ Wide/re, H‘— n - TY! +Vl f n _% h n co; co Hzo H2- 01,-: N1 KPL O '"" H L Ha. T, 1+1. 0?. Ewe/V Mcfion For Mfmkwfic rand—fin: 3} “3‘7 2—.— Vll‘ :- T. ,__~ I Lflileglfll—Hfi-Jt— CWCP‘AT 2. l ‘ L up" H 900‘"Q : ’F “" ('10 L — 3 3 1 ML r— T L V‘ H ‘: Zn H 9 J “P J J 3 ‘FJ r1) CPj ((T ?""":r—"'* J 5 {4 * (HCOlC-PCOL-r H 0 (120-1- J1HLO 1 VIHZCPH i, no 53% 1 1 900% 2 H. +J lOc +314 {—QH , ( POL (2PM) dT * [nCOMHF * V‘ 1- YIHLO HEHO] Sikwfiéifl @ fa ® Cam Ex". )‘éirc‘rf 1‘0 i mo (AH m. Cnifgj b‘ai EHLCL 90m T‘ 1 (‘0‘? +3? 5 cLT 2' C +100 3; 9 532°“ 01 CF”) (($45 PO: ‘6 P 7: unknown]: z. 3 CF,C HY: -dtocfz 430.45 6’ aus—HeJ +0,03l¥l9 3 5‘ -15" -2. I. Clo e 31.43 +0,020i09 418.69 +2363 9 0 _ 2 45 -2 . -3 <3? :39.06 —5|239 +1o¥39 420"”? rd 1 So’im'nj 426-“ T; 37 OR = Kr Initial Equilibrium State State Pressure (atm) 1 .0000E+01 1.0000E+01 Temperature (K) 4.8800E+02 " Volume (ems/g) 1.3731E+02 4.7733E+02 Enthalpy (erg/g) 1.2716E+09 1.2716E+09 Internal Energy (erglg) -1.l968E+08 -3.5649E+09 Entropy (erglg K) 6.7524E+07 8.3521E+07 F7 Initial State Equilibrium State I— mole mass mole mass fraction fraction fraction fraction W 2.0576E—02 3.1112E-02 j0.0000E+00 0.0000E+00 W 2.0576E—01 ’22576E-01 1.0081E-0] 1.1288E-Ol WV 7.7366E—01 7.4313E—01 7.5806E-01 7.4313E-0] W 0.0000E+00 0.0000E+00 6.0481E-02 9.3146E-02 W 0.0000E+00 0.0000E+00 2.6036E-06 2.5521E-06 H20 0.0000E+00 0.0000E+00 8.0644E-02 5.0840E-02 H2 0.0000E+00 0.0000E+00 1.0704B-06 7.5512E-08 7% IE:\(361~Q K All properties were evaluated using the Chemkin® Collection and STANJAN in order +0 Mé‘dj 01L éin‘ Specie}, me Can“ Look («5(- f’he; my bg‘immfi 0*: one 0F e‘eménfl. edifldlfib‘n 0 fir (urban: 3 2 “(391+ mCO Mo! Fr: ct‘ ‘ I n": .- <= ~ I0" ,4 3-) J n 26] CO M0 diJJdCihfiO” {LUV {Jeni {’EaCHOw C3HX + 261011, 3.?6N2)H 3Col+ éHp?soa+3¥_éNl (he. efimfi'dfl (Mull- J‘Ef Hm) n H to acre. 3.- xTL woo 3C +4” +§C 3?.5C T: oc . ‘ d , ( Pco CFHO Fa.r PM (I P01311691!) T 73?. I. 1. ’2. Z. ,3; 2- ‘- b - ' F E 4 , an we a“: #11: 165% K on 'Egmfagmium iu parf(<:) win he. 3(t3h1i1 hiji'ler bdcowxje Uhlmqafim, (w Part lower f—LQ fdeerccf-urt. ...
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