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Write the Kb expression for the hydrolysis reaction. Copyright 2018 RJFP. Ka for HC2H3O2: 1.8*10^-5 Ka for HCO3-: 4.3*10^-7 Using the Ka's for HC2H3O2 and HCO3, calculate the Kb's for the C2H3O2^- and CO3^2- ions. consent of Rice University. then you must include on every digital page view the following attribution: Use the information below to generate a citation. K a is the equilibrium constant for the dissociation reaction of a weak acid.A weak acid is one that only partially dissociates in water or an aqueous solution. 22.The. Answer Save. Kw= 1x10-14 kb= (1x10-14) (1.8x10-5) kb= 5.56x10-10 Ka*Kb=kw is this right? Calculate the value of Kb for this salt from tabulated values of equilibrium constants. endobj It's silly to not give you the K_b value for ammonia. Learn vocabulary, terms, and more with flashcards, games, and other study tools. Here is what I did: K3PO4(aq) + Ca(C2H3O2)2 --> KC2H3O2 + Ca3PO4 3K+ + PO4-3 + Ca+2 2(C2H3O2-) --> K+ +, Calculate the final molarity of acetate anion in the solution. Question 10 options: right left then right left at equilibrium then right at equilibrium . What is the value of Kb for the acetate ion KaKb = Kw. I looked this up in an acid equilibria table: Kb = 1.8 105 Moreover, Henderson-Hasselbach will make this a breeze (not a person, but an equation). I don't have access to your data but I expect you need to utilize the OH^-/HAc values you found. HCO3- (known as bicarbonate) is the conjugate base of H2CO3, a weak acid, and the conjugate acid of the carbonate ion. Choose 1. /FontFile3 16 0 R Whereas, Antidepressant Brain Fog Reddit, We then replace the term on the right side of this equation with a constant known as the water dissociation equilibrium constant, Kw. The bubbles you see when you mix using Kb, for NH3 (from Appendix E), calculate Ka for the NH4+ ion. /Leading 101 In this video we determine the type of chemical reaction for the equation HC2H3O2 + HCl = NaCl + H2O + CO2 (Acetic acid + Sodium bicarbonate). Nawdir. KC2H3O2 is potassium acetate, of which the acetate anion C2H3O2- is a weak base, pKb = 9.22 and potassium ions are neutral, hence of no effect on pH. Using the Ka's for HC_2H_3O_2 and HCO_3^- (from Appendix E in the back of this manual), calculate the Kb's for the C_2H_3O_2^- and CO_3^2- ions. Show Work. Privacy (I need someone to explain it using the ka values)H2CO3 HcO3 - + H + ka = 4.3x10^-7HCO3 - CO3^2 - + H + ka = 5.61x10^-11if I underestand correctly, the kb for the second equation is greater than the ka. * Compiled from Appendix 5 Chem 1A, B, C Lab Manual and Zumdahl 6th Ed. How would you find a Ka or kb value for ( the initial concentrations of both is .1M ) 1. That gives you an experimental value for Kb. BOH B + + OH . Logged opti384. Start studying Chem 2 Test 3. so overall the pH value wouldclose to7.00or Neutral. Describe a real-life example of a conflict over a natural resource. 1)Paul added some pure potassium nitrate crystals to a cold water in a beaker and stirred the mixture. The Ka for HC2H3O2 is 1.8 x 10-5. /Widths [ 202 268 397 550 555 880 678 205 314 314 454 596 260 322 260 331 Lead acetate was first produced in the United States in 1944. Using the Ka's for HC2H3O2 and HCO3- calculate the Kb's for the C2H3O2- and CO3-2 ions. Volume of CH3COOH(aq): 100.0 mL Concentration of CH3COOH(aq): ( All species are aqueous) Why will the addition of NaOH to a solution of acetic acid cause the concentration of the acetate ion to increase? HCO3-, calculate the Kb's for the Were the solution steps not detailed enough? Acetic acid calculated from your measured pH's. For an Acid Base Conjugate Pair. If a solution initially contains 0.250M HC2H3O2, what is the equilibrium concentration of H3O+ at 25C? It is used in making white lead in medicines and as a mordant in dyeing. Trending now. >> Question: 0.1 M NaC2H3O2 solution,pH of 9.1, calculate: Value of Kb. Learn vocabulary, terms, and more with flashcards, games, and other study tools. pKa = -log10 (Ka), Ka of acetic acid = 1.8*10^-5. Write the net ionic equation for the hydrolysis of Na 2CO 3. Solution : Ka*Kb = Kw Kb = Kw/Ka Ka of HC2H3O2 is 1.8*10^-5 So Kb = 1.0*10^-14 / 1.8*10^-5 Kb = 5.56*10^-10 So Kb value of HCO3- is 5.56*10^-10 Ka value f HCO3- is 5.6*10^-11 Kb = 1.0*10^-14 / 5.6*10^-11 Kb = 1.79*10^-4 So Kb value of CO3^2- is 1.79*10^-4, Posted Log in or register to post comments; Similar Questions. It has a role as a human metabolite, a Saccharomyces cerevisiae metabolite, an Escherichia coli metabolite, a mouse metabolite and a cofactor. A few of the crystals did not dissolve at room . National Center for Biotechnology Information. Ka for HC2H3O2: 1.8*10^-5 Ka for HCO3-: 4.3*10^-7 Using the Ka's for HC2H3O2 and HCO3, calculate the Kb's for the C2H3O2^- and CO3^2- ions. /Contents 12 0 R H|TiTWjPE!viU+nDlQ]Q#fM\hA!h3QQ$'Z9u{K&IlPDsh65>q&=$YOJSMi24>xFM#V`6_%d$y_R6g+?V_8z*}5 I,j6SNJtU*}^YIYI\!ej2^OLnQjIgT|;[$mvSY0%9I0=A 'Gn&G&DADDA8tJ"3,12bR%Kd=fmj;uIVTqs AD/92z#Zg!t/q0 g>04s Who makes the plaid blue coat Jesse stone wears in Sea Change? /ProcSet 2 0 R HCO3- acts as a base when mixed with a compound that is more acidic than itself (larger Ka) and as an acid when mixed with a compound that is more basic than itself (smaller Ka). Compare these values with those calculated from your measured pH values (higher, lower, or the same). The Ka formula and the Kb formula are very similar. /CapHeight 674 B + H2O (l) <-> BH+ (aq) + OH- (aq) I0.900-0.0. Their equation is the concentration . /Type /FontDescriptor HC2H3O2 + NaCl --> Na+ + C2H3O2-). The Ka for HCO3- is 4.7 x 10^-11, what is the conjugate base and its Kb? >> Was the final answer of the question wrong? Introduction; 18.1 Periodicity; 18.2 Occurrence and Preparation of the Representative Metals; 18.3 Structure and General Properties of the Metalloids; 18.4 Structure and General Properties of the Nonmetals; 18.5 Occurrence, Preparation, and Compounds of Hydrogen; 18.6 Occurrence, Preparation, and Properties of Carbonates; 18.7 Occurrence, Preparation, and Properties of Nitrogen stream Creative Commons Attribution License Sonic Cotton Candy Slush, 12 0 obj Ka for propionic acid is 1.3 10-5 at 25C. You use the formula. 3. Textbook content produced by OpenStax is licensed under a Creative Commons Attribution License . it can be very concentrated. Question 21 (4 points) Is Brooke shields related to willow shields? Experts are tested by Chegg as specialists in their subject area. Question 21 options: You'll get a detailed solution from a subject matter expert that helps you learn core concepts. /StemH 112 Units: molar mass - g/mol, weight - g. Please tell about this free chemistry software to your friends! Correct answer is - 5.610-10. #K_a = (10^-14)/(1.8*10^-5) approx 5.6*10^-10#, #pH = 9.26+log(0.15/0.35)# /ItalicAngle 0 As a result of the EUs General Data Protection Regulation (GDPR). We will use K (a or b) to represent the acid or base equilibrium constant and K' (b or a) to represent the equilibrium constant of the conjugate pair. << Does the question reference wrong data/report 2003-2021 Chegg Inc. All rights reserved. Start studying CHM Ch.11. ( Ka2 for HCO 3-= 4.7 x 10-11) Setup: 4. In this question we're worried about ammonia and the ammonium ion of methylamide. Strong acids are listed at the top left hand corner of the table and have Ka values >1 2. Report 3 significant figures, e.g. >> citation tool such as, Authors: Paul Flowers, Klaus Theopold, Richard Langley, William R. Robinson, PhD. /AvgWidth 519 /LastChar 255 Required fields are marked *, This journal is licensed under a Creative Commons Attribution-NonCommercial 3.0 Unported License. Who are the experts? I looked this up in an acid equilibria table: #K_b = 1.8*10^-5#. (Rate this solution on a scale of 1-5 below), Log into your existing Transtutors account. /F3 14 0 R {AJ;TGK>.DP'[{[MkE ?>upH`` /Type /Font Aphids On Tulsi, 770 656 604 595 696 534 527 682 689 285 411 614 511 846 690 717 endobj %PDF-1.2 | determine which direction-forward or reverse-is favored in the reaction, compare strengths of both acids then both bases. Rank these acids according to their expected p Ka values. The equilibrium for the reaction between (CH3)2NH, a weak base, and water is represented by the equation below. EC-x.xx Suppose a chemist mixed 33.23 mg of Mg2+(aq) with 44.56 mg of AsO43-(aq) in 21.47 Liter of water. Using Kb, for NH_3 (from Appendix E), calculate Ka for the NH_4^+ ion. Sodium Acetate | CH3COONa or C2H3NaO2 | CID 517045 - structure, chemical names, physical and chemical properties, classification, patents, literature, biological . Kb in chemistry is a measure of how much a base dissociates. (Hide this section if you want to rate later). Learn vocabulary, terms, and more with flashcards, games, and other study tools. 3. /F0 6 0 R /StemV 152 Table of Acids with Ka and pKa Values* CLAS * Compiled . endobj Lead Acetate is poisonous in nature. May 11, 2012. 338 338 260 555 459 1000 524 524 300 1285 540 270 936 338 338 338 I suspect you measured the pH of the solution, converted that to OH^- and plugged into Kb = (x)^2/C-x. Except where otherwise noted, textbooks on this site 3H2O],,100mL ,10mL,, ***(***) :5%() : Calculate the Kb values for the CO32- and C2H3O2- ions using the Ka values for HCO3- (4.7 x 10-11) and HC2H3O2 (1.8 x 10-5), respectively. C2H4O2+H2O - H3O+C2H3O2 is hydronium the H donor and is C2H3O2 the base? You can compare that with the actual value by Kb = (Kw/Ka) = (1E-14/Ka for acetic acid) = 5.56E-10. 338 260 260 454 454 338 500 1000 300 867 434 270 868 338 338 603 What time does normal church end on Sunday? Plugging in the values found for the equilibrium concentration as found on the ICE table for the equation Ka = [H3O+][C2H3O2]/[HC2H3O2] allows the value of Ka to be solved in terms of x. .05 mol C. .10 mol D. .15 mol E. .20. What scientific concept do you need to know in order to solve this problem? then you must include on every physical page the following attribution: If you are redistributing all or part of this book in a digital format, The OpenStax name, OpenStax logo, OpenStax book covers, OpenStax CNX name, and OpenStax CNX logo Question 21 (4 points) of a high purity more then 99.75 %. What is the [OH-] in a .0052 M solution of Solving for the Kb value is the same as the Ka value. Acid with values less than one are considered weak. The table shows the pH of three solutions of (CH3)2NH (aq) at 25C. Table of Acids with Ka and pKa Values* CLAS Acid HA A-Ka pKa Acid Strength Conjugate Base Strength Hydroiodic HI I-Hydrobromic HBr Br-Perchloric HClO4 ClO4-Hydrochloric HCl Cl-Chloric HClO3 ClO3-Sulfuric (1) H2SO4 HSO4-Nitric HNO3 NO3-Strong acids completely dissociate in aq solution (Ka > 1, pKa < 1). Acetate | C2H3O2- | CID 175 - structure, chemical names, physical and chemical properties, classification, patents, literature, biological activities, safety/hazards/toxicity information, supplier lists, and more. This problem has been solved! HCO3- acts as a base when mixed with a compound that is more acidic than itself (larger Ka) and as an acid when mixed with a compound that is more basic than itself (smaller Ka). ..Ac^- + HOH ==> HAc + OH^- Type of Chemical Reaction: For this reaction we have a chemical reaction. C2H3O2- and View desktop site. /Length 17 0 R Expert Solution. What are the units used for the ideal gas law? are licensed under a, Measurement Uncertainty, Accuracy, and Precision, Mathematical Treatment of Measurement Results, Determining Empirical and Molecular Formulas, Electronic Structure and Periodic Properties of Elements, Electronic Structure of Atoms (Electron Configurations), Periodic Variations in Element Properties, Relating Pressure, Volume, Amount, and Temperature: The Ideal Gas Law, Stoichiometry of Gaseous Substances, Mixtures, and Reactions, Shifting Equilibria: Le Chteliers Principle, The Second and Third Laws of Thermodynamics, Representative Metals, Metalloids, and Nonmetals, Occurrence and Preparation of the Representative Metals, Structure and General Properties of the Metalloids, Structure and General Properties of the Nonmetals, Occurrence, Preparation, and Compounds of Hydrogen, Occurrence, Preparation, and Properties of Carbonates, Occurrence, Preparation, and Properties of Nitrogen, Occurrence, Preparation, and Properties of Phosphorus, Occurrence, Preparation, and Compounds of Oxygen, Occurrence, Preparation, and Properties of Sulfur, Occurrence, Preparation, and Properties of Halogens, Occurrence, Preparation, and Properties of the Noble Gases, Transition Metals and Coordination Chemistry, Occurrence, Preparation, and Properties of Transition Metals and Their Compounds, Coordination Chemistry of Transition Metals, Spectroscopic and Magnetic Properties of Coordination Compounds, Aldehydes, Ketones, Carboxylic Acids, and Esters, Composition of Commercial Acids and Bases, Standard Thermodynamic Properties for Selected Substances, Standard Electrode (Half-Cell) Potentials, Half-Lives for Several Radioactive Isotopes, https://openstax.org/books/chemistry-2e/pages/1-introduction, https://openstax.org/books/chemistry-2e/pages/h-ionization-constants-of-weak-acids, Creative Commons Attribution 4.0 International License. 528 528 528 528 528 528 803 451 528 528 528 528 274 274 274 274 >> so Ka of NH4 is ~ to the Kb of acetate(C2H3O2) anion b. You can compare that with the actual value by Kb = (Kw/Ka) = (1E-14/Ka for acetic acid) = 5.56E-10. I suspect you measured the pH of the solution, converted that to OH^- and plugged into Kb = (x)^2/C-x. As an Amazon Associate we earn from qualifying purchases. (8) 2 10 9 = ( x) ( x) ( 0.2 x) Step 5: Solve for x. Question: Question 21 (4 points) What is the value of Kb for the acetate ion (C2H3O2-)? A. C under acetate is concn of the salt. Glacial acetic acid doesn't have water in it. 0.1 M NaC2H3O2 solution,pH of 9.1, calculate: Value of Kb. /MissingWidth 338 Get the detailed answer: Using the Ka's for HC2H3O2 and HCO3- calculate the Kb's for the C2H3O2- and CO3-2 ions. H2CO3 H+ + HCO3- As a result, the Ka expression is: Ka = ([H+] [HCO3-])/ [H2CO3] It should be noted that carbonic acid is a weak acid, so its Ka value in water is only 4.3 x 1. The procedure is very similar for weak bases. NaHCO3 (s) + HC2H3O2 (aq) = NaC2H3O2 (aq) + H2O (I) + CO2 (g) Using the above formula, if I used 0.100L of 0.83 M HC2H3O2 (aq) (0.83 mol per 1 L of solution), how much carbon dioxide would be produced? /Subtype /Type1C 581 717 593 540 548 682 636 888 613 603 577 314 342 314 596 500 BT 0.971 0 0 0.971 210 709.92 Tm 0 0 0 rg /F0 11 Tf 0.0046 Tc -0.0022 Tw (TABLE OF CONJUGATE ACID-BASE PAIRS) Tj -142.123 -23.234 TD -0.0297 Tc 0 Tw (Acid) Tj 185.3778 0 TD 0.0193 Tc (Base) Tj 185.3778 0 TD /F1 11 Tf 0.0602 Tc (K) Tj ET BT 1.0602 0 0 1.0602 438.36 685.08 Tm /F1 6 Tf -0.0406 Tc (a) Tj ET BT 0.971 0 0 0.971 441.84 687.36 Tm /F0 11 Tf -0.0306 Tc 0.0341 Tw ( \(25) Tj ET BT 1.0602 0 0 1.0602 459.12 691.68 Tm /F0 6 Tf 0.0478 Tc -0.0117 Tw ( o) Tj ET BT 0.971 0 0 0.971 464.16 687.36 Tm /F0 11 Tf 0.0059 Tc 0 Tw (C\)) Tj -403.8764 -23.234 TD /F2 11 Tf 0.006 Tc (HClO) Tj ET BT 1.0602 0 0 1.0602 95.04 662.52 Tm /F2 6 Tf -0.021 Tc (4) Tj ET BT 0.971 0 0 0.971 252 664.8 Tm /F2 11 Tf 0.0093 Tc (ClO) Tj ET BT 1.0602 0 0 1.0602 268.08 662.52 Tm /F2 6 Tf -0.021 Tc (4) Tj 3.0559 6.2251 TD -0.0562 Tc (\226) Tj ET BT 0.971 0 0 0.971 72 653.52 Tm /F2 11 Tf -0.0038 Tc (H) Tj ET BT 1.0602 0 0 1.0602 78.96 651.24 Tm /F2 6 Tf -0.021 Tc (2) Tj ET BT 0.971 0 0 0.971 82.2 653.52 Tm /F2 11 Tf -0.0126 Tc (SO) Tj ET BT 1.0602 0 0 1.0602 94.8 651.24 Tm /F2 6 Tf -0.021 Tc (4) Tj ET BT 0.971 0 0 0.971 252 653.52 Tm /F2 11 Tf -0.0096 Tc (HSO) Tj ET BT 1.0602 0 0 1.0602 271.56 651.24 Tm /F2 6 Tf -0.021 Tc (4) Tj 3.0559 6.2251 TD -0.0562 Tc (\226) Tj ET BT 0.971 0 0 0.971 72 642.24 Tm /F2 11 Tf 0.0214 Tc (HCl) Tj 185.3778 0 TD 0.034 Tc (Cl) Tj ET BT 1.0602 0 0 1.0602 260.76 646.56 Tm /F2 6 Tf -0.0562 Tc (\226) Tj ET BT 0.971 0 0 0.971 72 630.96 Tm /F2 11 Tf 0.0033 Tc (HNO) Tj ET BT 1.0602 0 0 1.0602 93.36 628.68 Tm /F2 6 Tf -0.021 Tc (3) Tj ET BT 0.971 0 0 0.971 252 630.96 Tm /F2 11 Tf 0.0069 Tc (NO) Tj ET BT 1.0602 0 0 1.0602 266.4 628.68 Tm /F2 6 Tf -0.021 Tc (3) Tj 3.0559 6.2251 TD -0.0562 Tc (\226) Tj ET BT 0.971 0 0 0.971 72 619.68 Tm /F2 11 Tf -0.0038 Tc (H) Tj ET BT 1.0602 0 0 1.0602 78.96 617.4 Tm /F2 6 Tf -0.021 Tc (3) Tj ET BT 0.971 0 0 0.971 82.2 619.68 Tm /F2 11 Tf -0.0401 Tc (O) Tj ET BT 1.0602 0 0 1.0602 89.52 624 Tm /F2 6 Tf 0.0471 Tc (+) Tj ET BT 0.971 0 0 0.971 252 619.68 Tm /F2 11 Tf -0.0038 Tc (H) Tj ET BT 1.0602 0 0 1.0602 258.96 617.4 Tm /F2 6 Tf -0.021 Tc (2) Tj ET BT 0.971 0 0 0.971 262.2 619.68 Tm /F2 11 Tf -0.0401 Tc (O) Tj -195.8826 -11.617 TD -0.0038 Tc (H) Tj ET BT 1.0602 0 0 1.0602 78.96 606.12 Tm /F2 6 Tf -0.021 Tc (2) Tj ET BT 0.971 0 0 0.971 82.2 608.4 Tm /F2 11 Tf -0.0021 Tc (CrO) Tj ET BT 1.0602 0 0 1.0602 99.24 606.12 Tm /F2 6 Tf -0.021 Tc (4) Tj ET BT 0.971 0 0 0.971 252 608.4 Tm /F2 11 Tf -0.0025 Tc (HCrO) Tj ET BT 1.0602 0 0 1.0602 276 606.12 Tm /F2 6 Tf -0.021 Tc (4) Tj 3.0559 6.2251 TD -0.0562 Tc (\226) Tj ET BT 0.971 0 0 0.971 432 608.4 Tm /F2 11 Tf 0.015 Tc 0 Tw (1.8 x 10) Tj ET BT 1.0602 0 0 1.0602 465.72 612.72 Tm /F2 6 Tf 0.018 Tc 0 Tw (\2261) Tj ET BT 0.971 0 0 0.971 72 597.12 Tm /F2 11 Tf -0.0038 Tc (H) Tj ET BT 1.0602 0 0 1.0602 78.96 594.84 Tm /F2 6 Tf -0.021 Tc (2) Tj ET BT 0.971 0 0 0.971 82.2 597.12 Tm /F2 11 Tf 0.0466 Tc (C) Tj ET BT 1.0602 0 0 1.0602 88.44 594.84 Tm /F2 6 Tf -0.021 Tc (2) Tj ET BT 0.971 0 0 0.971 91.68 597.12 Tm /F2 11 Tf -0.0401 Tc (O) Tj ET BT 1.0602 0 0 1.0602 99 594.84 Tm /F2 6 Tf -0.021 Tc (4) Tj ET BT 0.971 0 0 0.971 102.24 597.12 Tm /F2 11 Tf 0.0015 Tc 0.0147 Tw ( \(oxalic acid\)) Tj 154.2343 0 TD 0.0214 Tc 0 Tw (HC) Tj ET BT 1.0602 0 0 1.0602 265.2 594.84 Tm /F2 6 Tf -0.021 Tc (2) Tj ET BT 0.971 0 0 0.971 268.44 597.12 Tm /F2 11 Tf -0.0401 Tc (O) Tj ET BT 1.0602 0 0 1.0602 275.76 594.84 Tm /F2 6 Tf -0.021 Tc (4) Tj 3.0559 6.2251 TD -0.0562 Tc (\226) Tj ET BT 0.971 0 0 0.971 432 597.12 Tm /F2 11 Tf 0.0189 Tc -0.0033 Tw (5.90 x 10) Tj ET BT 1.0602 0 0 1.0602 471.24 601.44 Tm /F2 6 Tf 0.018 Tc 0 Tw (\2262) Tj ET BT 0.971 0 0 0.971 72 585.84 Tm /F2 11 Tf -0.019 Tc ([H) Tj ET BT 1.0602 0 0 1.0602 81.96 583.56 Tm /F2 6 Tf -0.021 Tc (2) Tj ET BT 0.971 0 0 0.971 85.2 585.84 Tm /F2 11 Tf -0.0126 Tc (SO) Tj ET BT 1.0602 0 0 1.0602 97.8 583.56 Tm /F2 6 Tf -0.021 Tc (3) Tj ET BT 0.971 0 0 0.971 101.04 585.84 Tm /F2 11 Tf -0.0163 Tc 0.033 Tw (] = SO) Tj ET BT 1.0602 0 0 1.0602 127.56 583.56 Tm /F2 6 Tf -0.021 Tc 0 Tw (2) Tj ET BT 0.971 0 0 0.971 130.8 585.84 Tm /F2 11 Tf -0.0343 Tc (\() Tj 3.0896 0 TD /F3 11 Tf -0.0116 Tc (aq) Tj 11.4934 0 TD /F2 11 Tf -0.0146 Tc 0.0313 Tw (\) + H) Tj ET BT 1.0602 0 0 1.0602 165.84 583.56 Tm /F2 6 Tf -0.021 Tc 0 Tw (2) Tj ET BT 0.971 0 0 0.971 169.08 585.84 Tm /F2 11 Tf -0.0401 Tc (O) Tj 85.3974 0 TD -0.0096 Tc (HSO) Tj ET BT 1.0602 0 0 1.0602 271.56 583.56 Tm /F2 6 Tf -0.021 Tc (3) Tj 3.0559 6.2251 TD -0.0562 Tc (\226) Tj ET BT 0.971 0 0 0.971 432 585.84 Tm /F2 11 Tf 0.0189 Tc -0.0033 Tw (1.71 x 10) Tj ET BT 1.0602 0 0 1.0602 471.24 590.16 Tm /F2 6 Tf 0.018 Tc 0 Tw (\2262) Tj ET BT 0.971 0 0 0.971 72 574.56 Tm /F2 11 Tf -0.0096 Tc (HSO) Tj ET BT 1.0602 0 0 1.0602 91.56 572.28 Tm /F2 6 Tf -0.021 Tc (4) Tj 3.0559 6.2251 TD -0.0562 Tc (\226) Tj ET BT 0.971 0 0 0.971 252 574.56 Tm /F2 11 Tf -0.0126 Tc (SO) Tj ET BT 1.0602 0 0 1.0602 264.6 572.28 Tm /F2 6 Tf -0.021 Tc (4) Tj 3.0559 6.2251 TD -0.0386 Tc (2\226) Tj ET BT 0.971 0 0 0.971 432 574.56 Tm /F2 11 Tf 0.0189 Tc -0.0033 Tw (1.20 x 10) Tj ET BT 1.0602 0 0 1.0602 471.24 578.88 Tm /F2 6 Tf 0.018 Tc 0 Tw (\2262) Tj ET BT 0.971 0 0 0.971 72 563.28 Tm /F2 11 Tf -0.0038 Tc (H) Tj ET BT 1.0602 0 0 1.0602 78.96 561 Tm /F2 6 Tf -0.021 Tc (3) Tj ET BT 0.971 0 0 0.971 82.2 563.28 Tm /F2 11 Tf -0.0417 Tc (PO) Tj ET BT 1.0602 0 0 1.0602 95.16 561 Tm /F2 6 Tf -0.021 Tc (4) Tj ET BT 0.971 0 0 0.971 252 563.28 Tm /F2 11 Tf -0.0038 Tc (H) Tj ET BT 1.0602 0 0 1.0602 258.96 561 Tm /F2 6 Tf -0.021 Tc (2) Tj ET BT 0.971 0 0 0.971 262.2 563.28 Tm /F2 11 Tf -0.0417 Tc (PO) Tj ET BT 1.0602 0 0 1.0602 275.16 561 Tm /F2 6 Tf -0.021 Tc (4) Tj 3.0559 6.2251 TD -0.0562 Tc (\226) Tj ET BT 0.971 0 0 0.971 432 563.28 Tm /F2 11 Tf 0.0189 Tc -0.0033 Tw (7.52 x 10) Tj ET BT 1.0602 0 0 1.0602 471.24 567.6 Tm /F2 6 Tf 0.018 Tc 0 Tw (\2263) Tj ET BT 0.971 0 0 0.971 72 552 Tm /F2 11 Tf -0.0076 Tc (Fe\(H) Tj ET BT 1.0602 0 0 1.0602 92.52 549.72 Tm /F2 6 Tf -0.021 Tc (2) Tj ET BT 0.971 0 0 0.971 95.76 552 Tm /F2 11 Tf -0.0372 Tc (O\)) Tj ET BT 1.0602 0 0 1.0602 106.08 549.72 Tm /F2 6 Tf -0.021 Tc (6) Tj 3.0559 6.2251 TD 0.013 Tc (3+) Tj ET BT 0.971 0 0 0.971 252 552 Tm /F2 11 Tf -0.0076 Tc (Fe\(H) Tj ET BT 1.0602 0 0 1.0602 272.52 549.72 Tm /F2 6 Tf -0.021 Tc (2) Tj ET BT 0.971 0 0 0.971 275.76 552 Tm /F2 11 Tf -0.0372 Tc (O\)) Tj ET BT 1.0602 0 0 1.0602 286.08 549.72 Tm /F2 6 Tf -0.021 Tc (5) Tj ET BT 0.971 0 0 0.971 289.32 552 Tm /F2 11 Tf -0.0219 Tc (OH) Tj ET BT 1.0602 0 0 1.0602 303.6 556.32 Tm /F2 6 Tf 0.013 Tc (2+) Tj ET BT 0.971 0 0 0.971 432 552 Tm /F2 11 Tf 0.0189 Tc -0.0033 Tw (1.84 x 10) Tj ET BT 1.0602 0 0 1.0602 471.24 556.32 Tm /F2 6 Tf 0.018 Tc 0 Tw (\2263) Tj ET BT 0.971 0 0 0.971 72 540.72 Tm /F2 11 Tf -0.0038 Tc (H) Tj ET BT 1.0602 0 0 1.0602 78.96 538.44 Tm /F2 6 Tf -0.021 Tc (2) Tj ET BT 0.971 0 0 0.971 82.2 540.72 Tm /F2 11 Tf 0.0466 Tc (C) Tj ET BT 1.0602 0 0 1.0602 88.44 538.44 Tm /F2 6 Tf -0.021 Tc (8) Tj ET BT 0.971 0 0 0.971 91.68 540.72 Tm /F2 11 Tf -0.0038 Tc (H) Tj ET BT 1.0602 0 0 1.0602 98.64 538.44 Tm /F2 6 Tf -0.021 Tc (4) Tj ET BT 0.971 0 0 0.971 101.88 540.72 Tm /F2 11 Tf -0.0401 Tc (O) Tj ET BT 1.0602 0 0 1.0602 109.2 538.44 Tm /F2 6 Tf -0.021 Tc (4) Tj ET BT 0.971 0 0 0.971 112.44 540.72 Tm /F2 11 Tf -0.0343 Tc 0.0515 Tw ( \() Tj 5.4377 0 TD /F3 11 Tf -0.0569 Tc 0 Tw (o) Tj 5.6849 0 TD /F2 11 Tf -0.008 Tc 0.0244 Tw (\226phthalic acid\)) Tj 132.6069 0 TD 0.0214 Tc 0 Tw (HC) Tj ET BT 1.0602 0 0 1.0602 265.2 538.44 Tm /F2 6 Tf -0.021 Tc (8) Tj ET BT 0.971 0 0 0.971 268.44 540.72 Tm /F2 11 Tf -0.0038 Tc (H) Tj ET BT 1.0602 0 0 1.0602 275.4 538.44 Tm /F2 6 Tf -0.021 Tc (4) Tj ET BT 0.971 0 0 0.971 278.64 540.72 Tm /F2 11 Tf -0.0401 Tc (O) Tj ET BT 1.0602 0 0 1.0602 285.96 538.44 Tm /F2 6 Tf -0.021 Tc (4) Tj 3.0559 6.2251 TD -0.0562 Tc (\226) Tj ET BT 0.971 0 0 0.971 432 540.72 Tm /F2 11 Tf 0.0189 Tc -0.0033 Tw (1.30 x 10) Tj ET BT 1.0602 0 0 1.0602 471.24 545.04 Tm /F2 6 Tf 0.018 Tc 0 Tw (\2263) Tj ET BT 0.971 0 0 0.971 72 529.44 Tm /F2 11 Tf -0.0038 Tc (H) Tj ET BT 1.0602 0 0 1.0602 78.96 527.16 Tm /F2 6 Tf -0.021 Tc (2) Tj ET BT 0.971 0 0 0.971 82.2 529.44 Tm /F2 11 Tf 0.0466 Tc (C) Tj ET BT 1.0602 0 0 1.0602 88.44 527.16 Tm /F2 6 Tf -0.021 Tc (4) Tj ET BT 0.971 0 0 0.971 91.68 529.44 Tm /F2 11 Tf -0.0038 Tc (H) Tj ET BT 1.0602 0 0 1.0602 98.64 527.16 Tm /F2 6 Tf -0.021 Tc (4) Tj ET BT 0.971 0 0 0.971 101.88 529.44 Tm /F2 11 Tf -0.0401 Tc (O) Tj ET BT 1.0602 0 0 1.0602 109.2 527.16 Tm /F2 6 Tf -0.021 Tc (6) Tj ET BT 0.971 0 0 0.971 112.44 529.44 Tm /F2 11 Tf -0.0087 Tc 0.0252 Tw ( \(tartaric acid\)) Tj 143.7296 0 TD 0.0214 Tc 0 Tw (HC) Tj ET BT 1.0602 0 0 1.0602 265.2 527.16 Tm /F2 6 Tf -0.021 Tc (4) Tj ET BT 0.971 0 0 0.971 268.44 529.44 Tm /F2 11 Tf -0.0038 Tc (H) Tj ET BT 1.0602 0 0 1.0602 275.4 527.16 Tm /F2 6 Tf -0.021 Tc (4) Tj ET BT 0.971 0 0 0.971 278.64 529.44 Tm /F2 11 Tf -0.0401 Tc (O) Tj ET BT 1.0602 0 0 1.0602 285.96 527.16 Tm /F2 6 Tf -0.021 Tc (6) Tj 3.0559 6.2251 TD -0.0562 Tc (\226) Tj ET BT 0.971 0 0 0.971 432 529.44 Tm /F2 11 Tf 0.0189 Tc -0.0033 Tw (1.04 x 10) Tj ET BT 1.0602 0 0 1.0602 471.24 533.76 Tm /F2 6 Tf 0.018 Tc 0 Tw (\2263) Tj ET BT 0.971 0 0 0.971 72 518.16 Tm /F2 11 Tf -0.0029 Tc (Hg\(H) Tj ET BT 1.0602 0 0 1.0602 94.92 515.88 Tm /F2 6 Tf -0.021 Tc (2) Tj ET BT 0.971 0 0 0.971 98.16 518.16 Tm /F2 11 Tf -0.0372 Tc (O\)) Tj ET BT 1.0602 0 0 1.0602 108.48 515.88 Tm /F2 6 Tf -0.021 Tc (6) Tj 3.0559 6.2251 TD 0.013 Tc (2+) Tj ET BT 0.971 0 0 0.971 252 518.16 Tm /F2 11 Tf -0.0029 Tc (Hg\(H) Tj ET BT 1.0602 0 0 1.0602 274.92 515.88 Tm /F2 6 Tf -0.021 Tc (2) Tj ET BT 0.971 0 0 0.971 278.16 518.16 Tm /F2 11 Tf -0.0372 Tc (O\)) Tj ET BT 1.0602 0 0 1.0602 288.48 515.88 Tm /F2 6 Tf -0.021 Tc (5) Tj ET BT 0.971 0 0 0.971 291.72 518.16 Tm /F2 11 Tf -0.0219 Tc (OH) Tj ET BT 1.0602 0 0 1.0602 306 522.48 Tm /F2 6 Tf 0.0471 Tc (+) Tj ET BT 0.971 0 0 0.971 432 518.16 Tm /F2 11 Tf 0.015 Tc 0 Tw (2.6 x 10) Tj ET BT 1.0602 0 0 1.0602 465.72 522.48 Tm /F2 6 Tf 0.018 Tc 0 Tw (\2264) Tj ET BT 0.971 0 0 0.971 72 506.88 Tm /F2 11 Tf -0.0181 Tc (Sn\(H) Tj ET BT 1.0602 0 0 1.0602 93.12 504.6 Tm /F2 6 Tf -0.021 Tc (2) Tj ET BT 0.971 0 0 0.971 96.36 506.88 Tm /F2 11 Tf -0.0372 Tc (O\)) Tj ET BT 1.0602 0 0 1.0602 106.68 504.6 Tm /F2 6 Tf -0.021 Tc (3) Tj 3.0559 6.2251 TD 0.013 Tc (2+) Tj ET BT 0.971 0 0 0.971 252 506.88 Tm /F2 11 Tf -0.0181 Tc (Sn\(H) Tj ET BT 1.0602 0 0 1.0602 273.12 504.6 Tm /F2 6 Tf -0.021 Tc (2) Tj ET BT 0.971 0 0 0.971 276.36 506.88 Tm /F2 11 Tf -0.0372 Tc (O\)) Tj ET BT 1.0602 0 0 1.0602 286.68 504.6 Tm /F2 6 Tf -0.021 Tc (2) Tj ET BT 0.971 0 0 0.971 289.92 506.88 Tm /F2 11 Tf -0.0219 Tc (OH) Tj ET BT 1.0602 0 0 1.0602 304.2 511.2 Tm /F2 6 Tf 0.0471 Tc (+) Tj ET BT 0.971 0 0 0.971 432 506.88 Tm /F2 11 Tf 0.0189 Tc -0.0033 Tw (~2 x 10) Tj ET BT 1.0602 0 0 1.0602 464.4 511.2 Tm /F2 6 Tf 0.018 Tc 0 Tw (\2264) Tj ET BT 0.971 0 0 0.971 72 495.6 Tm /F2 11 Tf 0.0009 Tc (HCO) Tj ET BT 1.0602 0 0 1.0602 92.52 493.32 Tm /F2 6 Tf -0.021 Tc (2) Tj ET BT 0.971 0 0 0.971 95.76 495.6 Tm /F2 11 Tf -0.0026 Tc 0.0189 Tw (H \(formic acid\)) Tj 160.9079 0 TD 0.0009 Tc 0 Tw (HCO) Tj ET BT 1.0602 0 0 1.0602 272.52 493.32 Tm /F2 6 Tf -0.021 Tc (2) Tj 3.0559 6.2251 TD -0.0562 Tc (\226) Tj ET BT 0.971 0 0 0.971 432 495.6 Tm /F2 11 Tf 0.015 Tc 0 Tw (1.9 x 10) Tj ET BT 1.0602 0 0 1.0602 465.72 499.92 Tm /F2 6 Tf 0.018 Tc 0 Tw (\2264) Tj ET BT 0.971 0 0 0.971 72 484.32 Tm /F2 11 Tf -0.0011 Tc (Cr\(H) Tj ET BT 1.0602 0 0 1.0602 91.68 482.04 Tm /F2 6 Tf -0.021 Tc (2) Tj ET BT 0.971 0 0 0.971 94.92 484.32 Tm /F2 11 Tf -0.0372 Tc (O\)) Tj ET BT 1.0602 0 0 1.0602 105.24 482.04 Tm /F2 6 Tf -0.021 Tc (6) Tj 3.0559 6.2251 TD 0.013 Tc (3+) Tj ET BT 0.971 0 0 0.971 252 484.32 Tm /F2 11 Tf -0.0011 Tc (Cr\(H) Tj ET BT 1.0602 0 0 1.0602 271.68 482.04 Tm /F2 6 Tf -0.021 Tc (2) Tj ET BT 0.971 0 0 0.971 274.92 484.32 Tm /F2 11 Tf -0.0372 Tc (O\)) Tj ET BT 1.0602 0 0 1.0602 285.24 482.04 Tm /F2 6 Tf -0.021 Tc (5) Tj ET BT 0.971 0 0 0.971 288.48 484.32 Tm /F2 11 Tf -0.0219 Tc (OH) Tj ET BT 1.0602 0 0 1.0602 302.76 488.64 Tm /F2 6 Tf 0.013 Tc (2+) Tj ET BT 0.971 0 0 0.971 432 484.32 Tm /F2 11 Tf 0.015 Tc 0 Tw (1.6 x 10) Tj ET BT 1.0602 0 0 1.0602 465.72 488.64 Tm /F2 6 Tf 0.018 Tc 0 Tw (\2264) Tj ET BT 0.971 0 0 0.971 72 473.04 Tm /F2 11 Tf 0.0133 Tc (Hg) Tj ET BT 1.0602 0 0 1.0602 84.96 470.76 Tm /F2 6 Tf -0.021 Tc (2) Tj ET BT 0.971 0 0 0.971 88.2 473.04 Tm /F2 11 Tf -0.019 Tc (\(H) Tj ET BT 1.0602 0 0 1.0602 98.16 470.76 Tm /F2 6 Tf -0.021 Tc (2) Tj ET BT 0.971 0 0 0.971 101.4 473.04 Tm /F2 11 Tf -0.0372 Tc (O\)) Tj ET BT 1.0602 0 0 1.0602 111.72 470.76 Tm /F2 6 Tf -0.021 Tc (2) Tj 3.0559 6.2251 TD 0.013 Tc (2+) Tj ET BT 0.971 0 0 0.971 252 473.04 Tm /F2 11 Tf 0.0133 Tc (Hg) Tj ET BT 1.0602 0 0 1.0602 264.96 470.76 Tm /F2 6 Tf -0.021 Tc (2) Tj ET BT 0.971 0 0 0.971 268.2 473.04 Tm /F2 11 Tf -0.019 Tc (\(H) Tj ET BT 1.0602 0 0 1.0602 278.16 470.76 Tm /F2 6 Tf -0.021 Tc (2) Tj ET BT 0.971 0 0 0.971 281.4 473.04 Tm /F2 11 Tf -0.0295 Tc (O\)OH) Tj ET BT 1.0602 0 0 1.0602 306 477.36 Tm /F2 6 Tf 0.0471 Tc (+) Tj ET BT 0.971 0 0 0.971 432 473.04 Tm /F2 11 Tf 0.0189 Tc -0.0033 Tw (~1 x 10) Tj ET BT 1.0602 0 0 1.0602 464.4 477.36 Tm /F2 6 Tf 0.018 Tc 0 Tw (\2264) Tj ET BT 0.971 0 0 0.971 72 461.76 Tm /F2 11 Tf 0.0466 Tc (C) Tj ET BT 1.0602 0 0 1.0602 78.24 459.48 Tm /F2 6 Tf -0.021 Tc (6) Tj ET BT 0.971 0 0 0.971 81.48 461.76 Tm /F2 11 Tf -0.0038 Tc (H) Tj ET BT 1.0602 0 0 1.0602 88.44 459.48 Tm /F2 6 Tf -0.021 Tc (5) Tj ET BT 0.971 0 0 0.971 91.68 461.76 Tm /F2 11 Tf 0.0033 Tc (CO) Tj ET BT 1.0602 0 0 1.0602 105.24 459.48 Tm /F2 6 Tf -0.021 Tc (2) Tj ET BT 0.971 0 0 0.971 108.48 461.76 Tm /F2 11 Tf 0.0029 Tc 0.0133 Tw (H \(benzoic acid\)) Tj 147.8079 0 TD 0.0466 Tc 0 Tw (C) Tj ET BT 1.0602 0 0 1.0602 258.24 459.48 Tm /F2 6 Tf -0.021 Tc (6) Tj ET BT 0.971 0 0 0.971 261.48 461.76 Tm /F2 11 Tf -0.0038 Tc (H) Tj ET BT 1.0602 0 0 1.0602 268.44 459.48 Tm /F2 6 Tf -0.021 Tc (5) Tj ET BT 0.971 0 0 0.971 271.68 461.76 Tm /F2 11 Tf 0.0033 Tc (CO) Tj ET BT 1.0602 0 0 1.0602 285.24 459.48 Tm /F2 6 Tf -0.021 Tc (2) Tj 3.0559 6.2251 TD -0.0562 Tc (\226) Tj ET BT 0.971 0 0 0.971 432 461.76 Tm /F2 11 Tf 0.0189 Tc -0.0033 Tw (6.46 x 10) Tj ET BT 1.0602 0 0 1.0602 471.24 466.08 Tm /F2 6 Tf 0.018 Tc 0 Tw (\2265) Tj ET BT 0.971 0 0 0.971 72 450.48 Tm /F2 11 Tf 0.0214 Tc (HC) Tj ET BT 1.0602 0 0 1.0602 85.2 448.2 Tm /F2 6 Tf -0.021 Tc (2) Tj ET BT 0.971 0 0 0.971 88.44 450.48 Tm /F2 11 Tf -0.0401 Tc (O) Tj ET BT 1.0602 0 0 1.0602 95.76 448.2 Tm /F2 6 Tf -0.021 Tc (4) Tj 3.0559 6.2251 TD -0.0562 Tc (\226) Tj ET BT 0.971 0 0 0.971 102.24 450.48 Tm /F2 11 Tf -0.0039 Tc 0.0202 Tw ( \(hydrogen oxalate\)) Tj 154.2343 0 TD 0.0466 Tc 0 Tw (C) Tj ET BT 1.0602 0 0 1.0602 258.24 448.2 Tm /F2 6 Tf -0.021 Tc (2) Tj ET BT 0.971 0 0 0.971 261.48 450.48 Tm /F2 11 Tf -0.0401 Tc (O) Tj ET BT 1.0602 0 0 1.0602 268.8 448.2 Tm /F2 6 Tf -0.021 Tc (4) Tj 3.0559 6.2251 TD -0.0386 Tc (2\226) Tj ET BT 0.971 0 0 0.971 432 450.48 Tm /F2 11 Tf 0.0189 Tc -0.0033 Tw (6.40 x 10) Tj ET BT 1.0602 0 0 1.0602 471.24 454.8 Tm /F2 6 Tf 0.018 Tc 0 Tw (\2265) Tj ET BT 0.971 0 0 0.971 72 439.2 Tm /F2 11 Tf 0.0214 Tc (HC) Tj ET BT 1.0602 0 0 1.0602 85.2 436.92 Tm /F2 6 Tf -0.021 Tc (4) Tj ET BT 0.971 0 0 0.971 88.44 439.2 Tm /F2 11 Tf -0.0038 Tc (H) Tj ET BT 1.0602 0 0 1.0602 95.4 436.92 Tm /F2 6 Tf -0.021 Tc (4) Tj ET BT 0.971 0 0 0.971 98.64 439.2 Tm /F2 11 Tf -0.0401 Tc (O) Tj ET BT 1.0602 0 0 1.0602 105.96 436.92 Tm /F2 6 Tf -0.021 Tc (6) Tj 3.0559 6.2251 TD -0.0562 Tc (\226) Tj ET BT 0.971 0 0 0.971 112.44 439.2 Tm /F2 11 Tf -0.0121 Tc 0.0287 Tw ( \(hydrogen tartrate\)) Tj 143.7296 0 TD 0.0466 Tc 0 Tw (C) Tj ET BT 1.0602 0 0 1.0602 258.24 436.92 Tm /F2 6 Tf -0.021 Tc (4) Tj ET BT 0.971 0 0 0.971 261.48 439.2 Tm /F2 11 Tf -0.0038 Tc (H) Tj ET BT 1.0602 0 0 1.0602 268.44 436.92 Tm /F2 6 Tf -0.021 Tc (4) Tj ET BT 0.971 0 0 0.971 271.68 439.2 Tm /F2 11 Tf -0.0401 Tc (O) Tj ET BT 1.0602 0 0 1.0602 279 436.92 Tm /F2 6 Tf -0.021 Tc (6) Tj 3.0559 6.2251 TD -0.0386 Tc (2\226) Tj ET BT 0.971 0 0 0.971 432 439.2 Tm /F2 11 Tf 0.0189 Tc -0.0033 Tw (4.55 x 10) Tj ET BT 1.0602 0 0 1.0602 471.24 443.52 Tm /F2 6 Tf 0.018 Tc 0 Tw (\2265) Tj ET BT 0.971 0 0 0.971 72 427.92 Tm /F2 11 Tf 0.0214 Tc (CH) Tj ET BT 1.0602 0 0 1.0602 85.2 425.64 Tm /F2 6 Tf -0.021 Tc (3) Tj ET BT 0.971 0 0 0.971 88.44 427.92 Tm /F2 11 Tf 0.0033 Tc (CO) Tj ET BT 1.0602 0 0 1.0602 102 425.64 Tm /F2 6 Tf -0.021 Tc (2) Tj ET BT 0.971 0 0 0.971 105.24 427.92 Tm /F2 11 Tf 0.0008 Tc 0.0153 Tw (H \(acetic acid\)) Tj 151.1447 0 TD 0.0214 Tc 0 Tw (CH) Tj ET BT 1.0602 0 0 1.0602 265.2 425.64 Tm /F2 6 Tf -0.021 Tc (3) Tj ET BT 0.971 0 0 0.971 268.44 427.92 Tm /F2 11 Tf 0.0033 Tc (CO) Tj ET BT 1.0602 0 0 1.0602 282 425.64 Tm /F2 6 Tf -0.021 Tc (2) Tj 3.0559 6.2251 TD -0.0562 Tc (\226) Tj ET BT 0.971 0 0 0.971 432 427.92 Tm /F2 11 Tf 0.0189 Tc -0.0033 Tw (1.76 x 10) Tj ET BT 1.0602 0 0 1.0602 471.24 432.24 Tm /F2 6 Tf 0.018 Tc 0 Tw (\2265) Tj ET BT 0.971 0 0 0.971 72 416.64 Tm /F2 11 Tf -0.0187 Tc (Al\(H) Tj ET BT 1.0602 0 0 1.0602 90.96 414.36 Tm /F2 6 Tf -0.021 Tc (2) Tj ET BT 0.971 0 0 0.971 94.2 416.64 Tm /F2 11 Tf -0.0372 Tc (O\)) Tj ET BT 1.0602 0 0 1.0602 104.52 414.36 Tm /F2 6 Tf -0.021 Tc (6) Tj 3.0559 6.2251 TD 0.013 Tc (3+) Tj ET BT 0.971 0 0 0.971 252 416.64 Tm /F2 11 Tf -0.0187 Tc (Al\(H) Tj ET BT 1.0602 0 0 1.0602 270.96 414.36 Tm /F2 6 Tf -0.021 Tc (2) Tj ET BT 0.971 0 0 0.971 274.2 416.64 Tm /F2 11 Tf -0.0372 Tc (O\)) Tj ET BT 1.0602 0 0 1.0602 284.52 414.36 Tm /F2 6 Tf -0.021 Tc (5) Tj ET BT 0.971 0 0 0.971 287.76 416.64 Tm /F2 11 Tf -0.0219 Tc (OH) Tj ET BT 1.0602 0 0 1.0602 302.04 420.96 Tm /F2 6 Tf 0.013 Tc (2+) Tj ET BT 0.971 0 0 0.971 432 416.64 Tm /F2 11 Tf 0.015 Tc 0 Tw (1.4 x 10) Tj ET BT 1.0602 0 0 1.0602 465.72 420.96 Tm /F2 6 Tf 0.018 Tc 0 Tw (\2265) Tj ET BT 0.971 0 0 0.971 72 405.36 Tm /F2 11 Tf -0.0043 Tc (Be\(H) Tj ET BT 1.0602 0 0 1.0602 93.12 403.08 Tm /F2 6 Tf -0.021 Tc (2) Tj ET BT 0.971 0 0 0.971 96.36 405.36 Tm /F2 11 Tf -0.0372 Tc (O\)) Tj ET BT 1.0602 0 0 1.0602 106.68 403.08 Tm /F2 6 Tf -0.021 Tc (4) Tj 3.0559 6.2251 TD 0.013 Tc (2+) Tj ET BT 0.971 0 0 0.971 252 405.36 Tm /F2 11 Tf -0.0043 Tc (Be\(H) Tj ET BT 1.0602 0 0 1.0602 273.12 403.08 Tm /F2 6 Tf -0.021 Tc (2) Tj ET BT 0.971 0 0 0.971 276.36 405.36 Tm /F2 11 Tf -0.0372 Tc (O\)) Tj ET BT 1.0602 0 0 1.0602 286.68 403.08 Tm /F2 6 Tf -0.021 Tc (3) Tj ET BT 0.971 0 0 0.971 289.92 405.36 Tm /F2 11 Tf -0.0219 Tc (OH) Tj ET BT 1.0602 0 0 1.0602 304.2 409.68 Tm /F2 6 Tf 0.0471 Tc (+) Tj ET BT 0.971 0 0 0.971 432 405.36 Tm /F2 11 Tf 0.0189 Tc -0.0033 Tw (~1 x 10) Tj ET BT 1.0602 0 0 1.0602 464.4 409.68 Tm /F2 6 Tf 0.018 Tc 0 Tw (\2265) Tj ET BT 0.971 0 0 0.971 72 394.08 Tm /F2 11 Tf 0.0214 Tc (HC) Tj ET BT 1.0602 0 0 1.0602 85.2 391.8 Tm /F2 6 Tf -0.021 Tc (8) Tj ET BT 0.971 0 0 0.971 88.44 394.08 Tm /F2 11 Tf -0.0038 Tc (H) Tj ET BT 1.0602 0 0 1.0602 95.4 391.8 Tm /F2 6 Tf -0.021 Tc (4) Tj ET BT 0.971 0 0 0.971 98.64 394.08 Tm /F2 11 Tf -0.0401 Tc (O) Tj ET BT 1.0602 0 0 1.0602 105.96 391.8 Tm /F2 6 Tf -0.021 Tc (4) Tj 3.0559 6.2251 TD -0.0562 Tc (\226) Tj ET BT 0.971 0 0 0.971 112.44 394.08 Tm /F2 11 Tf -0.0088 Tc 0.0253 Tw ( \(hydrogen phthalate\)) Tj 143.7296 0 TD 0.0466 Tc 0 Tw (C) Tj ET BT 1.0602 0 0 1.0602 258.24 391.8 Tm /F2 6 Tf -0.021 Tc (8) Tj ET BT 0.971 0 0 0.971 261.48 394.08 Tm /F2 11 Tf -0.0038 Tc (H) Tj ET BT 1.0602 0 0 1.0602 268.44 391.8 Tm /F2 6 Tf -0.021 Tc (4) Tj ET BT 0.971 0 0 0.971 271.68 394.08 Tm /F2 11 Tf -0.0401 Tc (O) Tj ET BT 1.0602 0 0 1.0602 279 391.8 Tm /F2 6 Tf -0.021 Tc (4) Tj 3.0559 6.2251 TD -0.0386 Tc (2\226) Tj ET BT 0.971 0 0 0.971 432 394.08 Tm /F2 11 Tf 0.015 Tc 0 Tw (3.1 x 10) Tj ET BT 1.0602 0 0 1.0602 465.72 398.4 Tm /F2 6 Tf 0.018 Tc 0 Tw (\2266) Tj ET BT 0.971 0 0 0.971 72 382.8 Tm /F2 11 Tf -0.004 Tc (Cd\(H) Tj ET BT 1.0602 0 0 1.0602 94.2 380.52 Tm /F2 6 Tf -0.021 Tc (2) Tj ET BT 0.971 0 0 0.971 97.44 382.8 Tm /F2 11 Tf -0.0372 Tc (O\)) Tj ET BT 1.0602 0 0 1.0602 107.76 380.52 Tm /F2 6 Tf -0.021 Tc (6) Tj 3.0559 6.2251 TD 0.013 Tc (2+) Tj ET BT 0.971 0 0 0.971 252 382.8 Tm /F2 11 Tf -0.004 Tc (Cd\(H) Tj ET BT 1.0602 0 0 1.0602 274.2 380.52 Tm /F2 6 Tf -0.021 Tc (2) Tj ET BT 0.971 0 0 0.971 277.44 382.8 Tm /F2 11 Tf -0.0372 Tc (O\)) Tj ET BT 1.0602 0 0 1.0602 287.76 380.52 Tm /F2 6 Tf -0.021 Tc (5) Tj ET BT 0.971 0 0 0.971 291 382.8 Tm /F2 11 Tf -0.0219 Tc (OH) Tj ET BT 1.0602 0 0 1.0602 305.28 387.12 Tm /F2 6 Tf 0.0471 Tc (+) Tj ET BT 0.971 0 0 0.971 432 382.8 Tm /F2 11 Tf 0.0189 Tc -0.0033 Tw (8.32 x 10) Tj ET BT 1.0602 0 0 1.0602 471.24 387.12 Tm /F2 6 Tf 0.018 Tc 0 Tw (\2267) Tj ET BT 0.971 0 0 0.971 72 371.52 Tm /F2 11 Tf 0.0009 Tc (Cu\(H) Tj ET BT 1.0602 0 0 1.0602 94.08 369.24 Tm /F2 6 Tf -0.021 Tc (2) Tj ET BT 0.971 0 0 0.971 97.32 371.52 Tm /F2 11 Tf -0.0372 Tc (O\)) Tj ET BT 1.0602 0 0 1.0602 107.64 369.24 Tm /F2 6 Tf -0.021 Tc (6) Tj 3.0559 6.2251 TD 0.013 Tc (2+) Tj ET BT 0.971 0 0 0.971 252 371.52 Tm /F2 11 Tf 0.0009 Tc (Cu\(H) Tj ET BT 1.0602 0 0 1.0602 274.08 369.24 Tm /F2 6 Tf -0.021 Tc (2) Tj ET BT 0.971 0 0 0.971 277.32 371.52 Tm /F2 11 Tf -0.0372 Tc (O\)) Tj ET BT 1.0602 0 0 1.0602 287.64 369.24 Tm /F2 6 Tf -0.021 Tc (5) Tj ET BT 0.971 0 0 0.971 290.88 371.52 Tm /F2 11 Tf -0.0219 Tc (OH) Tj ET BT 1.0602 0 0 1.0602 305.16 375.84 Tm /F2 6 Tf 0.0471 Tc (+) Tj ET BT 0.971 0 0 0.971 432 371.52 Tm /F2 11 Tf 0.0189 Tc -0.0033 Tw (~5 x 10) Tj ET BT 1.0602 0 0 1.0602 464.4 375.84 Tm /F2 6 Tf 0.018 Tc 0 Tw (\2267) Tj ET BT 0.971 0 0 0.971 72 360.24 Tm /F2 11 Tf -0.0038 Tc (H) Tj ET BT 1.0602 0 0 1.0602 78.96 357.96 Tm /F2 6 Tf -0.021 Tc (2) Tj ET BT 0.971 0 0 0.971 82.2 360.24 Tm /F2 11 Tf 0.0033 Tc (CO) Tj ET BT 1.0602 0 0 1.0602 95.76 357.96 Tm /F2 6 Tf -0.021 Tc (3) Tj ET BT 0.971 0 0 0.971 252 360.24 Tm /F2 11 Tf 0.0009 Tc (HCO) Tj ET BT 1.0602 0 0 1.0602 272.52 357.96 Tm /F2 6 Tf -0.021 Tc (3) Tj 3.0559 6.2251 TD -0.0562 Tc (\226) Tj ET BT 0.971 0 0 0.971 432 360.24 Tm /F2 11 Tf 0.015 Tc 0 Tw (4.3 x 10) Tj ET BT 1.0602 0 0 1.0602 465.72 364.56 Tm /F2 6 Tf 0.018 Tc 0 Tw (\2267) Tj ET BT 0.971 0 0 0.971 72 348.96 Tm /F2 11 Tf -0.0025 Tc (HCrO) Tj ET BT 1.0602 0 0 1.0602 96 346.68 Tm /F2 6 Tf -0.021 Tc (4) Tj 3.0559 6.2251 TD -0.0562 Tc (\226) Tj ET BT 0.971 0 0 0.971 252 348.96 Tm /F2 11 Tf -0.0021 Tc (CrO) Tj ET BT 1.0602 0 0 1.0602 269.04 346.68 Tm /F2 6 Tf -0.021 Tc (4) Tj 3.0559 6.2251 TD -0.0386 Tc (2\226) Tj ET BT 0.971 0 0 0.971 432 348.96 Tm /F2 11 Tf 0.0189 Tc -0.0033 Tw (3.20 x 10) Tj ET BT 1.0602 0 0 1.0602 471.24 353.28 Tm /F2 6 Tf 0.018 Tc 0 Tw (\2267) Tj ET BT 0.971 0 0 0.971 72 337.68 Tm /F2 11 Tf -0.0038 Tc (H) Tj ET BT 1.0602 0 0 1.0602 78.96 335.4 Tm /F2 6 Tf -0.021 Tc (2) Tj ET BT 0.971 0 0 0.971 82.2 337.68 Tm /F2 11 Tf 0.0149 Tc (S) Tj 174.8731 0 TD 0.0056 Tc (HS) Tj ET BT 1.0602 0 0 1.0602 264.24 342 Tm /F2 6 Tf -0.0562 Tc (\226) Tj ET BT 0.971 0 0 0.971 432 337.68 Tm /F2 11 Tf 0.015 Tc 0 Tw (1.2 x 10) Tj ET BT 1.0602 0 0 1.0602 465.72 342 Tm /F2 6 Tf 0.018 Tc 0 Tw (\2267) Tj ET BT 0.971 0 0 0.971 72 326.4 Tm /F2 11 Tf -0.0038 Tc (H) Tj ET BT 1.0602 0 0 1.0602 78.96 324.12 Tm /F2 6 Tf -0.021 Tc (2) Tj ET BT 0.971 0 0 0.971 82.2 326.4 Tm /F2 11 Tf -0.0417 Tc (PO) Tj ET BT 1.0602 0 0 1.0602 95.16 324.12 Tm /F2 6 Tf -0.021 Tc (4) Tj 3.0559 6.2251 TD -0.0562 Tc (\226) Tj ET BT 0.971 0 0 0.971 252 326.4 Tm /F2 11 Tf -0.0291 Tc (HPO) Tj ET BT 1.0602 0 0 1.0602 271.92 324.12 Tm /F2 6 Tf -0.021 Tc (4) Tj 3.0559 6.2251 TD -0.0386 Tc (2\226) Tj ET BT 0.971 0 0 0.971 432 326.4 Tm /F2 11 Tf 0.0189 Tc -0.0033 Tw (6.23 x 10) Tj ET BT 1.0602 0 0 1.0602 471.24 330.72 Tm /F2 6 Tf 0.018 Tc 0 Tw (\2268) Tj ET BT 0.971 0 0 0.971 72 315.12 Tm /F2 11 Tf -0.0096 Tc (HSO) Tj ET BT 1.0602 0 0 1.0602 91.56 312.84 Tm /F2 6 Tf -0.021 Tc (3) Tj 3.0559 6.2251 TD -0.0562 Tc (\226) Tj ET BT 0.971 0 0 0.971 252 315.12 Tm /F2 11 Tf -0.0126 Tc (SO) Tj ET BT 1.0602 0 0 1.0602 264.6 312.84 Tm /F2 6 Tf -0.021 Tc (3) Tj 3.0559 6.2251 TD -0.0386 Tc (2\226) Tj ET BT 0.971 0 0 0.971 432 315.12 Tm /F2 11 Tf 0.015 Tc 0 Tw (6.0 x 10) Tj ET BT 1.0602 0 0 1.0602 465.72 319.44 Tm /F2 6 Tf 0.018 Tc 0 Tw (\2268) Tj ET BT 0.971 0 0 0.971 72 303.84 Tm /F2 11 Tf 0.006 Tc 0.01 Tw (HOCl ) Tj 185.3778 0 TD 0.0093 Tc 0 Tw (OCl) Tj ET BT 1.0602 0 0 1.0602 268.08 308.16 Tm /F2 6 Tf -0.0562 Tc (\226) Tj ET BT 0.971 0 0 0.971 432 303.84 Tm /F2 11 Tf 0.015 Tc 0 Tw (2.8 x 10) Tj ET BT 1.0602 0 0 1.0602 465.72 308.16 Tm /F2 6 Tf 0.018 Tc 0 Tw (\2268) Tj ET BT 0.971 0 0 0.971 72 292.56 Tm /F2 11 Tf -0.0093 Tc (Pb\(H) Tj ET BT 1.0602 0 0 1.0602 93.72 290.28 Tm /F2 6 Tf -0.021 Tc (2) Tj ET BT 0.971 0 0 0.971 96.96 292.56 Tm /F2 11 Tf -0.0372 Tc (O\)) Tj ET BT 1.0602 0 0 1.0602 107.28 290.28 Tm /F2 6 Tf -0.021 Tc (3) Tj 3.0559 6.2251 TD 0.013 Tc (2+) Tj ET BT 0.971 0 0 0.971 252 292.56 Tm /F2 11 Tf -0.0093 Tc (Pb\(H) Tj ET BT 1.0602 0 0 1.0602 273.72 290.28 Tm /F2 6 Tf -0.021 Tc (2) Tj ET BT 0.971 0 0 0.971 276.96 292.56 Tm /F2 11 Tf -0.0372 Tc (O\)) Tj ET BT 1.0602 0 0 1.0602 287.28 290.28 Tm /F2 6 Tf -0.021 Tc (2) Tj ET BT 0.971 0 0 0.971 290.52 292.56 Tm /F2 11 Tf -0.0219 Tc (OH) Tj ET BT 1.0602 0 0 1.0602 304.8 296.88 Tm /F2 6 Tf 0.0471 Tc (+) Tj ET BT 0.971 0 0 0.971 432 292.56 Tm /F2 11 Tf 0.015 Tc 0 Tw (1.3 x 10) Tj ET BT 1.0602 0 0 1.0602 465.72 296.88 Tm /F2 6 Tf 0.018 Tc 0 Tw (\2268) Tj ET BT 0.971 0 0 0.971 72 281.28 Tm /F2 11 Tf -0.0216 Tc (HOBr) Tj 185.3778 0 TD -0.0276 Tc (OBr) Tj ET BT 1.0602 0 0 1.0602 268.56 285.6 Tm /F2 6 Tf -0.0562 Tc (\226) Tj ET BT 0.971 0 0 0.971 432 281.28 Tm /F2 11 Tf 0.0189 Tc -0.0033 Tw (2.06 x 10) Tj ET BT 1.0602 0 0 1.0602 471.24 285.6 Tm /F2 6 Tf 0.018 Tc 0 Tw (\2269) Tj ET BT 0.971 0 0 0.971 72 270 Tm /F2 11 Tf -0.0038 Tc (H) Tj ET BT 1.0602 0 0 1.0602 78.96 267.72 Tm /F2 6 Tf -0.021 Tc (3) Tj ET BT 0.971 0 0 0.971 82.2 270 Tm /F2 11 Tf -0.0349 Tc (BO) Tj ET BT 1.0602 0 0 1.0602 95.28 267.72 Tm /F2 6 Tf -0.021 Tc (3) Tj ET BT 0.971 0 0 0.971 98.52 270 Tm /F2 11 Tf -0.0197 Tc 0.0365 Tw ( or B\(OH\)) Tj ET BT 1.0602 0 0 1.0602 138.48 267.72 Tm /F2 6 Tf -0.021 Tc 0 Tw (3) Tj ET BT 0.971 0 0 0.971 252 270 Tm /F2 11 Tf -0.0284 Tc (B\(OH\)) Tj ET BT 1.0602 0 0 1.0602 278.04 267.72 Tm /F2 6 Tf -0.021 Tc (4) Tj 3.0559 6.2251 TD -0.0562 Tc (\226) Tj ET BT 0.971 0 0 0.971 432 270 Tm /F2 11 Tf 0.015 Tc 0 Tw (5.8 x 10) Tj ET BT 1.0602 0 0 1.0602 465.72 274.32 Tm /F2 6 Tf 0.005 Tc 0 Tw (\22610) Tj ET BT 0.971 0 0 0.971 72 258.72 Tm /F2 11 Tf 0.025 Tc (NH) Tj ET BT 1.0602 0 0 1.0602 86.04 256.44 Tm /F2 6 Tf -0.021 Tc (4) Tj 3.0559 6.2251 TD 0.0471 Tc (+) Tj ET BT 0.971 0 0 0.971 252 258.72 Tm /F2 11 Tf 0.025 Tc (NH) Tj ET BT 1.0602 0 0 1.0602 266.04 256.44 Tm /F2 6 Tf -0.021 Tc (3) Tj ET BT 0.971 0 0 0.971 432 258.72 Tm /F2 11 Tf 0.0189 Tc -0.0033 Tw (5.65 x 10) Tj ET BT 1.0602 0 0 1.0602 471.24 263.04 Tm /F2 6 Tf 0.005 Tc 0 Tw (\22610) Tj ET BT 0.971 0 0 0.971 72 247.44 Tm /F2 11 Tf -0.0286 Tc (Zn\(H) Tj ET BT 1.0602 0 0 1.0602 93.72 245.16 Tm /F2 6 Tf -0.021 Tc (2) Tj ET BT 0.971 0 0 0.971 96.96 247.44 Tm /F2 11 Tf -0.0372 Tc (O\)) Tj ET BT 1.0602 0 0 1.0602 107.28 245.16 Tm /F2 6 Tf -0.021 Tc (4) Tj 3.0559 6.2251 TD 0.013 Tc (2+) Tj ET BT 0.971 0 0 0.971 252 247.44 Tm /F2 11 Tf -0.0286 Tc (Zn\(H) Tj ET BT 1.0602 0 0 1.0602 273.72 245.16 Tm /F2 6 Tf -0.021 Tc (2) Tj ET BT 0.971 0 0 0.971 276.96 247.44 Tm /F2 11 Tf -0.0372 Tc (O\)) Tj ET BT 1.0602 0 0 1.0602 287.28 245.16 Tm /F2 6 Tf -0.021 Tc (3) Tj ET BT 0.971 0 0 0.971 290.52 247.44 Tm /F2 11 Tf -0.0219 Tc (OH) Tj ET BT 1.0602 0 0 1.0602 304.8 251.76 Tm /F2 6 Tf 0.0471 Tc (+) Tj ET BT 0.971 0 0 0.971 432 247.44 Tm /F2 11 Tf 0.015 Tc 0 Tw (2.5 x 10) Tj ET BT 1.0602 0 0 1.0602 465.72 251.76 Tm /F2 6 Tf 0.005 Tc 0 Tw (\22610) Tj ET BT 0.971 0 0 0.971 72 236.16 Tm /F2 11 Tf 0.0093 Tc (Ni\(H) Tj ET BT 1.0602 0 0 1.0602 91.56 233.88 Tm /F2 6 Tf -0.021 Tc (2) Tj ET BT 0.971 0 0 0.971 94.8 236.16 Tm /F2 11 Tf -0.0372 Tc (O\)) Tj ET BT 1.0602 0 0 1.0602 105.12 233.88 Tm /F2 6 Tf -0.021 Tc (6) Tj 3.0559 6.2251 TD 0.013 Tc (2+) Tj ET BT 0.971 0 0 0.971 252 236.16 Tm /F2 11 Tf 0.0093 Tc (Ni\(H) Tj ET BT 1.0602 0 0 1.0602 271.56 233.88 Tm /F2 6 Tf -0.021 Tc (2) Tj ET BT 0.971 0 0 0.971 274.8 236.16 Tm /F2 11 Tf -0.0372 Tc (O\)) Tj ET BT 1.0602 0 0 1.0602 285.12 233.88 Tm /F2 6 Tf -0.021 Tc (5) Tj ET BT 0.971 0 0 0.971 288.36 236.16 Tm /F2 11 Tf -0.0219 Tc (OH) Tj ET BT 1.0602 0 0 1.0602 302.64 240.48 Tm /F2 6 Tf 0.0471 Tc (+) Tj ET BT 0.971 0 0 0.971 432 236.16 Tm /F2 11 Tf 0.0189 Tc -0.0033 Tw (~6 x 10) Tj ET BT 1.0602 0 0 1.0602 464.4 240.48 Tm /F2 6 Tf 0.005 Tc 0 Tw (\22611) Tj ET BT 0.971 0 0 0.971 72 224.88 Tm /F2 11 Tf 0.0009 Tc (HCO) Tj ET BT 1.0602 0 0 1.0602 92.52 222.6 Tm /F2 6 Tf -0.021 Tc (3) Tj 3.0559 6.2251 TD -0.0562 Tc (\226) Tj ET BT 0.971 0 0 0.971 252 224.88 Tm /F2 11 Tf 0.0033 Tc (CO) Tj ET BT 1.0602 0 0 1.0602 265.56 222.6 Tm /F2 6 Tf -0.021 Tc (3) Tj 3.0559 6.2251 TD -0.0386 Tc (2\226) Tj ET BT 0.971 0 0 0.971 432 224.88 Tm /F2 11 Tf 0.0189 Tc -0.0033 Tw (5.61 x 10) Tj ET BT 1.0602 0 0 1.0602 471.24 229.2 Tm /F2 6 Tf 0.005 Tc 0 Tw (\22611) Tj ET BT 0.971 0 0 0.971 72 213.6 Tm /F2 11 Tf 0.0064 Tc (Co\(H) Tj ET BT 1.0602 0 0 1.0602 94.08 211.32 Tm /F2 6 Tf -0.021 Tc (2) Tj ET BT 0.971 0 0 0.971 97.32 213.6 Tm /F2 11 Tf -0.0372 Tc (O\)) Tj ET BT 1.0602 0 0 1.0602 107.64 211.32 Tm /F2 6 Tf -0.021 Tc (6) Tj 3.0559 6.2251 TD 0.013 Tc (2+) Tj ET BT 0.971 0 0 0.971 252 213.6 Tm /F2 11 Tf 0.0064 Tc (Co\(H) Tj ET BT 1.0602 0 0 1.0602 274.08 211.32 Tm /F2 6 Tf -0.021 Tc (2) Tj ET BT 0.971 0 0 0.971 277.32 213.6 Tm /F2 11 Tf -0.0372 Tc (O\)) Tj ET BT 1.0602 0 0 1.0602 287.64 211.32 Tm /F2 6 Tf -0.021 Tc (5) Tj ET BT 0.971 0 0 0.971 290.88 213.6 Tm /F2 11 Tf -0.0219 Tc (OH) Tj ET BT 1.0602 0 0 1.0602 305.16 217.92 Tm /F2 6 Tf 0.0471 Tc (+) Tj ET BT 0.971 0 0 0.971 432 213.6 Tm /F2 11 Tf 0.0189 Tc -0.0033 Tw (~4 x 10) Tj ET BT 1.0602 0 0 1.0602 464.4 217.92 Tm /F2 6 Tf 0.005 Tc 0 Tw (\22611) Tj ET BT 0.971 0 0 0.971 72 202.32 Tm /F2 11 Tf -0.0258 Tc (HOI) Tj 185.3778 0 TD -0.0368 Tc (OI) Tj ET BT 1.0602 0 0 1.0602 261.84 206.64 Tm /F2 6 Tf -0.0562 Tc (\226) Tj ET BT 0.971 0 0 0.971 360 202.32 Tm /F2 11 Tf 0 Tc 0.0162 Tw ( ) Tj 74.1511 0 TD 0.015 Tc 0 Tw (2.3 x 10) Tj ET BT 1.0602 0 0 1.0602 465.72 206.64 Tm /F2 6 Tf 0.005 Tc 0 Tw (\22611) Tj ET BT 0.971 0 0 0.971 72 191.04 Tm /F2 11 Tf -0.0076 Tc (Fe\(H) Tj ET BT 1.0602 0 0 1.0602 92.52 188.76 Tm /F2 6 Tf -0.021 Tc (2) Tj ET BT 0.971 0 0 0.971 95.76 191.04 Tm /F2 11 Tf -0.0372 Tc (O\)) Tj ET BT 1.0602 0 0 1.0602 106.08 188.76 Tm /F2 6 Tf -0.021 Tc (6) Tj 3.0559 6.2251 TD 0.013 Tc (2+) Tj ET BT 0.971 0 0 0.971 252 191.04 Tm /F2 11 Tf -0.0076 Tc (Fe\(H) Tj ET BT 1.0602 0 0 1.0602 272.52 188.76 Tm /F2 6 Tf -0.021 Tc (2) Tj ET BT 0.971 0 0 0.971 275.76 191.04 Tm /F2 11 Tf -0.0372 Tc (O\)) Tj ET BT 1.0602 0 0 1.0602 286.08 188.76 Tm /F2 6 Tf -0.021 Tc (5) Tj ET BT 0.971 0 0 0.971 289.32 191.04 Tm /F2 11 Tf -0.0219 Tc (OH) Tj ET BT 1.0602 0 0 1.0602 303.6 195.36 Tm /F2 6 Tf 0.0471 Tc (+) Tj ET BT 0.971 0 0 0.971 432 191.04 Tm /F2 11 Tf 0.0189 Tc -0.0033 Tw (~1 x 10) Tj ET BT 1.0602 0 0 1.0602 464.4 195.36 Tm /F2 6 Tf 0.005 Tc 0 Tw (\22611) Tj ET BT 0.971 0 0 0.971 72 179.76 Tm /F2 11 Tf -0.0082 Tc (Mn\(H) Tj ET BT 1.0602 0 0 1.0602 96.48 177.48 Tm /F2 6 Tf -0.021 Tc (2) Tj ET BT 0.971 0 0 0.971 99.72 179.76 Tm /F2 11 Tf -0.0372 Tc (O\)) Tj ET BT 1.0602 0 0 1.0602 110.04 177.48 Tm /F2 6 Tf -0.021 Tc (6) Tj 3.0559 6.2251 TD 0.013 Tc (2+) Tj ET BT 0.971 0 0 0.971 252 179.76 Tm /F2 11 Tf -0.0082 Tc (Mn\(H) Tj ET BT 1.0602 0 0 1.0602 276.48 177.48 Tm /F2 6 Tf -0.021 Tc (2) Tj ET BT 0.971 0 0 0.971 279.72 179.76 Tm /F2 11 Tf -0.0372 Tc (O\)) Tj ET BT 1.0602 0 0 1.0602 290.04 177.48 Tm /F2 6 Tf -0.021 Tc (5) Tj ET BT 0.971 0 0 0.971 293.28 179.76 Tm /F2 11 Tf -0.0219 Tc (OH) Tj ET BT 1.0602 0 0 1.0602 307.56 184.08 Tm /F2 6 Tf 0.0471 Tc (+) Tj ET BT 0.971 0 0 0.971 432 179.76 Tm /F2 11 Tf 0.0189 Tc -0.0033 Tw (~6 x 10) Tj ET BT 1.0602 0 0 1.0602 464.4 184.08 Tm /F2 6 Tf 0.005 Tc 0 Tw (\22612) Tj ET BT 0.971 0 0 0.971 72 168.48 Tm /F2 11 Tf 0.0117 Tc (Mg\(H) Tj ET BT 1.0602 0 0 1.0602 96.6 166.2 Tm /F2 6 Tf -0.021 Tc (2) Tj ET BT 0.971 0 0 0.971 99.84 168.48 Tm /F2 11 Tf -0.0372 Tc (O\)) Tj ET BT 1.0602 0 0 1.0602 110.16 166.2 Tm /F2 6 Tf -0.021 Tc (6) Tj 3.0559 6.2251 TD 0.013 Tc (2+) Tj ET BT 0.971 0 0 0.971 252 168.48 Tm /F2 11 Tf 0.0117 Tc (Mg\(H) Tj ET BT 1.0602 0 0 1.0602 276.6 166.2 Tm /F2 6 Tf -0.021 Tc (2) Tj ET BT 0.971 0 0 0.971 279.84 168.48 Tm /F2 11 Tf -0.0372 Tc (O\)) Tj ET BT 1.0602 0 0 1.0602 290.16 166.2 Tm /F2 6 Tf -0.021 Tc (5) Tj ET BT 0.971 0 0 0.971 293.4 168.48 Tm /F2 11 Tf -0.0219 Tc (OH) Tj ET BT 1.0602 0 0 1.0602 307.68 172.8 Tm /F2 6 Tf 0.0471 Tc (+) Tj ET BT 0.971 0 0 0.971 432 168.48 Tm /F2 11 Tf 0.0189 Tc -0.0033 Tw (~4 x 10) Tj ET BT 1.0602 0 0 1.0602 464.4 172.8 Tm /F2 6 Tf 0.005 Tc 0 Tw (\22612) Tj ET BT 0.971 0 0 0.971 72 157.2 Tm /F2 11 Tf -0.0165 Tc (Ag\(H) Tj ET BT 1.0602 0 0 1.0602 94.44 154.92 Tm /F2 6 Tf -0.021 Tc (2) Tj ET BT 0.971 0 0 0.971 97.68 157.2 Tm /F2 11 Tf -0.0372 Tc (O\)) Tj ET BT 1.0602 0 0 1.0602 108 154.92 Tm /F2 6 Tf -0.021 Tc (2) Tj 3.0559 6.2251 TD 0.0471 Tc (+) Tj ET BT 0.971 0 0 0.971 252 157.2 Tm /F2 11 Tf -0.0165 Tc (Ag\(H) Tj ET BT 1.0602 0 0 1.0602 274.44 154.92 Tm /F2 6 Tf -0.021 Tc (2) Tj ET BT 0.971 0 0 0.971 277.68 157.2 Tm /F2 11 Tf -0.0305 Tc (O\)OH\() Tj 28.4246 0 TD /F3 11 Tf -0.0246 Tc (s) Tj 4.0783 0 TD /F2 11 Tf -0.0343 Tc (\)) Tj 126.4277 0 TD 0.0189 Tc -0.0033 Tw (~7 x 10) Tj ET BT 1.0602 0 0 1.0602 464.4 161.52 Tm /F2 6 Tf 0.005 Tc 0 Tw (\22613) Tj ET BT 0.971 0 0 0.971 72 145.92 Tm /F2 11 Tf -0.0291 Tc (HPO) Tj ET BT 1.0602 0 0 1.0602 91.92 143.64 Tm /F2 6 Tf -0.021 Tc (4) Tj 3.0559 6.2251 TD -0.0386 Tc (2\226) Tj ET BT 0.971 0 0 0.971 252 145.92 Tm /F2 11 Tf -0.0417 Tc (PO) Tj ET BT 1.0602 0 0 1.0602 264.96 143.64 Tm /F2 6 Tf -0.021 Tc (4) Tj 3.0559 6.2251 TD -0.0386 Tc (3\226) Tj ET BT 0.971 0 0 0.971 432 145.92 Tm /F2 11 Tf 0.015 Tc 0 Tw (4.5 x 10) Tj ET BT 1.0602 0 0 1.0602 465.72 150.24 Tm /F2 6 Tf 0.005 Tc 0 Tw (\22613) Tj ET BT 0.971 0 0 0.971 475.44 145.92 Tm /F2 11 Tf 0 Tc 0.0162 Tw ( ) Tj -415.4935 -11.617 TD -0.0187 Tc 0 Tw (Al\(H) Tj ET BT 1.0602 0 0 1.0602 90.96 132.36 Tm /F2 6 Tf -0.021 Tc (2) Tj ET BT 0.971 0 0 0.971 94.2 134.64 Tm /F2 11 Tf -0.0372 Tc (O\)) Tj ET BT 1.0602 0 0 1.0602 104.52 132.36 Tm /F2 6 Tf -0.021 Tc (3) Tj ET BT 0.971 0 0 0.971 107.76 134.64 Tm /F2 11 Tf -0.0281 Tc (\(OH\)) Tj ET BT 1.0602 0 0 1.0602 128.04 132.36 Tm /F2 6 Tf -0.021 Tc (3) Tj ET BT 0.971 0 0 0.971 131.28 134.64 Tm /F2 11 Tf -0.0343 Tc (\() Tj 3.0896 0 TD /F3 11 Tf -0.0246 Tc (s) Tj 4.0783 0 TD /F2 11 Tf -0.0343 Tc (\)) Tj 117.1588 0 TD -0.0187 Tc (Al\(H) Tj ET BT 1.0602 0 0 1.0602 270.96 132.36 Tm /F2 6 Tf -0.021 Tc (2) Tj ET BT 0.971 0 0 0.971 274.2 134.64 Tm /F2 11 Tf -0.0372 Tc (O\)) Tj ET BT 1.0602 0 0 1.0602 284.52 132.36 Tm /F2 6 Tf -0.021 Tc (2) Tj ET BT 0.971 0 0 0.971 287.76 134.64 Tm /F2 11 Tf -0.0281 Tc (\(OH\)) Tj ET BT 1.0602 0 0 1.0602 308.04 132.36 Tm /F2 6 Tf -0.021 Tc (4) Tj 3.0559 6.2251 TD -0.0562 Tc (\226) Tj ET BT 0.971 0 0 0.971 432 134.64 Tm /F2 11 Tf 0.0189 Tc -0.0033 Tw (~4 x 10) Tj ET BT 1.0602 0 0 1.0602 464.4 138.96 Tm /F2 6 Tf 0.005 Tc 0 Tw (\22613) Tj ET BT 0.971 0 0 0.971 72 123.36 Tm /F2 11 Tf 0.0052 Tc (Ca\(H) Tj ET BT 1.0602 0 0 1.0602 93.36 121.08 Tm /F2 6 Tf -0.021 Tc (2) Tj ET BT 0.971 0 0 0.971 96.6 123.36 Tm /F2 11 Tf -0.0372 Tc (O\)) Tj ET BT 1.0602 0 0 1.0602 106.92 121.08 Tm /F2 6 Tf -0.021 Tc (6) Tj 3.0559 6.2251 TD 0.013 Tc (2+) Tj ET BT 0.971 0 0 0.971 252 123.36 Tm /F2 11 Tf 0.0052 Tc (Ca\(H) Tj ET BT 1.0602 0 0 1.0602 273.36 121.08 Tm /F2 6 Tf -0.021 Tc (2) Tj ET BT 0.971 0 0 0.971 276.6 123.36 Tm /F2 11 Tf -0.0372 Tc (O\)) Tj ET BT 1.0602 0 0 1.0602 286.92 121.08 Tm /F2 6 Tf -0.021 Tc (5) Tj ET BT 0.971 0 0 0.971 290.16 123.36 Tm /F2 11 Tf -0.0219 Tc (OH) Tj ET BT 1.0602 0 0 1.0602 304.44 127.68 Tm /F2 6 Tf 0.0471 Tc (+) Tj ET BT 0.971 0 0 0.971 432 123.36 Tm /F2 11 Tf 0.015 Tc 0 Tw (3.2 x 10) Tj ET BT 1.0602 0 0 1.0602 465.72 127.68 Tm /F2 6 Tf 0.005 Tc 0 Tw (\22613) Tj ET BT 0.971 0 0 0.971 72 112.08 Tm /F2 11 Tf -0.0286 Tc (Zn\(H) Tj ET BT 1.0602 0 0 1.0602 93.72 109.8 Tm /F2 6 Tf -0.021 Tc (2) Tj ET BT 0.971 0 0 0.971 96.96 112.08 Tm /F2 11 Tf -0.0372 Tc (O\)) Tj ET BT 1.0602 0 0 1.0602 107.28 109.8 Tm /F2 6 Tf -0.021 Tc (4) Tj ET BT 0.971 0 0 0.971 110.52 112.08 Tm /F2 11 Tf -0.0281 Tc (\(OH\)) Tj ET BT 1.0602 0 0 1.0602 130.8 109.8 Tm /F2 6 Tf -0.021 Tc (2) Tj ET BT 0.971 0 0 0.971 134.04 112.08 Tm /F2 11 Tf -0.0343 Tc (\() Tj 3.0896 0 TD /F3 11 Tf -0.0246 Tc (s) Tj 4.0783 0 TD /F2 11 Tf -0.0343 Tc (\)) Tj 114.3163 0 TD -0.0286 Tc (Zn\(H) Tj ET BT 1.0602 0 0 1.0602 273.72 109.8 Tm /F2 6 Tf -0.021 Tc (2) Tj ET BT 0.971 0 0 0.971 276.96 112.08 Tm /F2 11 Tf -0.0372 Tc (O\)) Tj ET BT 1.0602 0 0 1.0602 287.28 109.8 Tm /F2 6 Tf -0.021 Tc (3) Tj ET BT 0.971 0 0 0.971 290.52 112.08 Tm /F2 11 Tf -0.0281 Tc (\(OH\)) Tj ET BT 1.0602 0 0 1.0602 310.8 109.8 Tm /F2 6 Tf -0.021 Tc (3) Tj 3.0559 6.2251 TD -0.0562 Tc (\226) Tj ET BT 0.971 0 0 0.971 396 112.08 Tm /F2 11 Tf 0 Tc 0.0162 Tw ( ) Tj 37.0756 0 TD -0.0284 Tc 0.0455 Tw ( \(?\)) Tj -370.7556 -11.617 TD -0.0038 Tc 0 Tw (H) Tj ET BT 1.0602 0 0 1.0602 78.96 98.52 Tm /F2 6 Tf -0.021 Tc (2) Tj ET BT 0.971 0 0 0.971 82.2 100.8 Tm /F2 11 Tf -0.0401 Tc (O) Tj 174.8731 0 TD -0.0219 Tc (OH) Tj ET BT 1.0602 0 0 1.0602 266.28 105.12 Tm /F2 6 Tf -0.0562 Tc (\226) Tj ET BT 0.971 0 0 0.971 432 100.8 Tm /F2 11 Tf 0.008 Tc 0.008 Tw (\(1.0 x 10) Tj ET BT 1.0602 0 0 1.0602 468.72 105.12 Tm /F2 6 Tf 0.005 Tc 0 Tw (\22614) Tj ET BT 0.971 0 0 0.971 478.44 100.8 Tm /F2 11 Tf -0.0343 Tc (\)) Tj -418.5831 -11.617 TD 0.0056 Tc (HS) Tj ET BT 1.0602 0 0 1.0602 84.24 93.84 Tm /F2 6 Tf -0.0562 Tc (\226) Tj ET BT 0.971 0 0 0.971 252 89.52 Tm /F2 11 Tf 0.0149 Tc (S) Tj ET BT 1.0602 0 0 1.0602 257.28 93.84 Tm /F2 6 Tf -0.0386 Tc (2\226) Tj ET BT 0.971 0 0 0.971 432 89.52 Tm /F2 11 Tf 0.0189 Tc -0.0033 Tw (~1 x 10) Tj ET BT 1.0602 0 0 1.0602 464.4 93.84 Tm /F2 6 Tf 0.005 Tc 0 Tw (\22619) Tj ET endstream

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