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CHEM: ACID & BASE EQUILIBRIA DYNAMIC STUDY MO, CHEM: ADVANCED EQUILIBRIUM DYNAMIC STUDY MODU, CHEM: INTEGRATED RATE LAWS & ARRHENIUS EQUATI, Arthur David Snider, Edward B. Saff, R. Kent Nagle, A First Course in Differential Equations with Modeling Applications, Elementary Differential Equations and Boundary Value Problems, Douglas B. Meade, Richard C. Diprima, William E. Boyce, Elementary Differential Equations and Boundary Value Problems, International Edition, MCJROTC Academic Bowl: Political Systems of G. Arrhenius acid act as a good electrolyte as it dissociates to its respective ions in the aqueous solutions. Fill in the. Global: G. What is the hydronium ion concentration in a solution prepared by mixing 150 mL of 0 M HCN with 150 mL of 0 M NaCN? The experimental frequencies of the three unassigned bands and their intensities are also shown. mcdonald (pam78654) - HW 9B: Acids and Bases - laude - (89560) 3 5.4.45 Explanation: For NH+ 4, pKa = 9.25 pK b = pKwpKa = 14 9.25 = 4.75 pK b = logK b K b = 10 pKb = 104.75 = 1.77828105 Building an ICE using molarities, NH3(aq)+H2 What is Ka for C5H5NH+? hydroxide, ammonium, Q:What is the formula for the conjugate base of HCO3-1, Q:The pH of aqueous 0.10 M pyridine (C5H5N) ion is 9.29. Proton donor=acid The Lewis structure is represented as follows: Q:[H*] For strong bases enter pKb=-1. Bronsted-Lowry base in inorganic chemistry is any chemical substance that can accept a proton from the other chemical substance it is reacting with. By June 5, 2022 paige becker high school June 5, 2022 paige becker high school pH = 10.7 (e) after addition of 60.0 mL of KOH. The pair of substance which can be formed one another by the gain or. Calculating pKa To Find : pKb. c. the number of oxygen atoms? 1. A:Given :- Then take the negative log of that number. its conjugate acid. a) HCN (aq), Q:Q2// 1000 ml of o.1M hydrochloric acid were A:Given :- Ka = 1.8 10-5 35,000 worksheets, games, and lesson plans, Spanish-English dictionary, translator, and learning, a Question The formula for the conjugate acid of SO32 . *, A:As HNO3 is a acid, therefore it will easily release H+ ion as this is the property of acids. Klaus Theopold, Richard H Langley, Paul Flowers, William R. Robinson, Mark Blaser, Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste, General, Organic, and Biological Chemistry. View this solution and millions of others when you join today! NH3 and C5H5N are bases and typically have Kb values. 1, A:The equilibrium constant (k) is the ratio of the product of molar concentrations of products and, Q:which of the following is more likely considered as bronsted acid, bronsted base, lewis acid, and, A:Bronsted acids are those species which can donate the proton while bronsted bases are proton, Q:Choose the correct answers from among the alternatives; For the sentence to be true: weak bases A). No creo que Susana _____ (seguir) sobre los consejos de su mdico. THANKS! 16 0 obj
Pyridinium | C5H6N+ - PubChem It's not a neutralization/acid-base reaction, but I think the Kw = Ka * Kb is a mathematical relation made to expedite calculations. H2O >>
That gives you the concentration of OH- ions. Ka for its conjugate acid? pH (c) Is phenol a stronger or weaker acid than water? +HO (1), Q:Construct the expression for Kb for the weak base, ClO. Assume that they are all 0.10 M in base, A:pH is the measure of concentration of H+ ions. b)
A:The given reactions are represented as follows: Q:OH- base conjugate acid is: a) H + b) H2O c) OH + d) H3O +. Consider 0.10 M solutions of the following substances. The equation for the dissociation of pyridine is C5H5N (aq) + H2O (l) C5H5NH+ (aq) + OH- (aq). Calculate the acid, A:Given:
Here the C5H5NH+ is acting as an acid, so we need to use the Ka for C5H5NH+, Ka = 5.88x10-6 = [C5H5N][H3O+] / [C5H5NH+]. 5.176 9. View results. Kb of NH3 = 1.76 105, What is the pH of a solution that has 0.300 M HNO2 and 0.300 M HCN? (please dum.b this down for me (meaning dont make . Acids and bases have their own importance in chemistry.
First week only $4.99! Jimmy aaja, jimmy aaja. /Contents 12 0 R
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One should always know which source to use. Note: NO3- ions, Q:8. enter, A:From Bronsted Lowry concept, acids give protons (or proton donor) and bases accept protons (or, Q:The pH of a0.501Msolution of the conjugate base, A-, of a weak acid, HA, is11.10. Conjugate base of a strong acid, Q:Classify the molecular scenes shown according to the type of acid or base each depicts. (b) Calculate the ratio of [C5H5N]/[C5H5NH+] if the solution has a pH of 5.00. [OH'] 1. A:The dissociation reaction with ICE TABLE Introduction: You can ask a new question or browse more Chem questions. Give your answer to three sigfigs. For each compound enter compound name (optional), concentration, volume and Ka/Kb or pKa/pKb values. Q:The compoundmethylamine,CH3NH2, is a weak base when dissolved in water. Answer in units of mol/L, chloride (C5H5NHCl)? A 20.0 kg box is pulled up an inclined ramp by a rope with tension of 150.0 N. The incline makes an angle of 30.0 above the horizontal. (the Kb value for pyridine is 1.7109) . we have to write base dissociation constant. 4-Pyridylradical | C5H4N | CID 12594992 - structure, chemical names, physical and chemical properties, classification, patents, literature, biological activities . First week only $4.99! solution? Most questions answered within 4 hours. Ka of HC7H5O2 = 6.5 105, What is the pH of a 0.175 M solution of C5H5N? Briefly explain your choice. You must use the proper subscripts, superscripts, and charges. _____ 1. O. The base dissociation equilibrium constant (Kb) for C5H5N is 1.4010-9 (eq. /FontBBox [ -39 -250 1256 851 ]
ng equations, and tell which substances are, A:Answer:- Weekly leaderboard. An Hinglish word (Hindi/English). Calculate the pH of a buffer system composed of 0.880 M C5H5N and 0.660 M C5H5NHNO3. K 42 x 107 Q:The K for a base is 15.3 x 10-13. Your question is solved by a Subject Matter Expert. marina oswald porter 2020. nitrous, Q:Identify the conjugate acid and conjugate base in the following reaction. is 0.1 % ionized in a 0.2 M solution. base HBr+, A:Bronsted-Lowry theory of acids and bases :- (a) C5H5N This relationship is very useful for relating and for a conjugate acid-base pair!! Q:At 25C, calculate thepHof a 0.426Msolution of the salt KNO2. C 5 H 5 NH + + H 2 O ==> C 5 H 5 N + H 3 O + Here the C 5 H 5 NH + is acting as an acid, so we need to use the Ka for C 5 H 5 NH + Ka = 1x10 -14 / 1.7x10 -9 = 5.88x10 -6 Ka = 5.88x10 -6 = [C 5 H 5 N] [H 3 O +] / [C 5 H 5 NH +] H2PO y=34x+4x2, What is the pH of a 0.150 M NH4Cl solution? /FirstChar 32
Kw of water @100.0 C = 5.47 10-14 (b) HONH2 What is Ka for C 5 H 5 NH +? About Press Copyright Contact us Creators Advertise Developers Terms Privacy Policy & Safety How YouTube works Test new features Press Copyright Contact us Creators . The Henderson - Hasselbalch equation for a weak base - conjugate acid buffer looks like this pOH = pKb +log( [conjugate acid] [weak base]) Kb(HONH2) = 1.0 x, A:Given: Give the products from the following acid-base reactions and identify the acid and base on the. BThis is an approximation. The Ka of HZ is _____. 4. 2.788 3. 14-8.).
ka of c5h5n - masrooi.com /Name /F0
Q., A:The conjugate base of a weak acid acts as a strong base. >>
1 Chemical Foundations 2 Atoms, Molecules, And Ions 3 Stoichiometry 4 Types Of Chemical Reactions And Solution Stoichiometry 5 Gases 6 Thermochemistry 7 Atomic Structure And Periodicity 8 Bonding: General . Q:The formula for the conjugate acid of S2- is ? The Ka Of C5H5NH+ Is 5.9 X 10-5. Write theKbexpression for the weak base equilibrium that occurs in an aqueous solution ofdimethylamine: Case 2. Calculate Ka for
Chimie En Solution - Dissertation - Elise 3. 12 0 obj
Kb=c5h5nh+oh- / c5h5n (apex.) Ka of HClO = 4.0 x 10-8 pKa = 7.4 pH = pKa + log [salt] / [acid] = pKa + log [KClO] / [HClO] = 7.4 + log [ 0.05 mol] / [0.05 mol] = 7.4 - 0 pH = 7.4 (c) 10.0 x 10-3 mole of HClO reacts with 7.00 x 10-3 mole KOH to produce 7.00 x 10-3 mole of KClO. Base Conjugate acid Base, A:Bronsted-Lowry acid-base theory: The Bronsted-Lowry acid-base theory states that the acid is a, Q:Identify the acid, base, conjugate acid, and conjugate base, Q:Determine the relative strength of each pair of acids based on their K. Identify the stronger, A:Acidic strength of acid is directly proportional to its Ka value. HC6H6O6-+ NH4OHNH4C6H6O6-+H2O.
(PDF) Synthesis of stable ruthenium carbonyl complexes containing Q: The acid dissociation . The conjugate acid of HCO, is, Q:For each pair of molecules or ions, select the stronger base and write its Lewis structure. Acid on removal of H+ formed conjugate base., Q:Write the formula of the conjugate base of CHNH, A:Answer:- /Ascent 710
Seattle, Washington(WA), 98106. E) NaBr A) NaCl B) C) NaN03 ) NaF 10) Calculate the pH of a solution prepared by dissolving 0.150 mol Of benzoic acid and 0.300 mol Of sodium benzoate in water sufficient to yie L of . Match the solution, A:The acidic character of an organic compound depends on the stability of the resulting conjugate, Q:Calculate the pH of a 10 M C5H5NHCI (aq) (pyridine chloride salt of Please show work and explain! Assume that all the HBr dissolves in water. since having H+ would imply that the solution is acidic?
C5H5N + H2O = C5H5NH + OH - Chemical Equation Balancer 0.51 1.5. Concentration of potassium propanoate = 0.012 M. A:Acid base theory-
Homework 2 with Answer - Broward College, South Campus Homework 2 CHM /FontDescriptor 7 0 R
y=4x3x4, y=34x+4x2y = 3 - 4 x + 4 x ^ { 2 } Sally gave Maggie a gift for Christmas. a. HCN (hydrocyanic acid) b. HC6H7O6 (ascorbic acid), Construct the expression for Kb for the weak base, ClO. hydroxide, ammonium, A:Henderson-Hasselbalch equation
Acid/Base Equilibria- Chapter 16 | PDF | Acid | Ph pH of pyridine solution = 9.29 A)7 . Use the even-odd properties to find the exact value of the expression. /MaxWidth 1285
A:Acetic acid is weak acid and it dissociates partially into [CH3COO-] and [H3O+]. 2. Which section, in a CAR Counteroffer, states that a binding agreement is created when a copy of a signed acceptance is personally received by the maker of the counteroffer or the person's authorized agent? What is Ka for the conjugate acid of C5?H5? HPO4 NH4* (aq) Answer: D Diff: 4 Var: 10 Page Ref: 17. What does a Ka value of approximately 1 show about the equilibrium? /Leading 101
They were also given a pH meter, a buret, and an appropriate indicator. 13 0 obj
Completa las oraciones con la forma correcta del presente de subjuntivo de los verbos entre parntesis.? Ionic equilibri. /Length 17 0 R
Ka = 2.9 10^-8 = = 7.698 x. x = 8.8 10-5 M . The Kb of C5H5N is 1.7 10-9. 202 268 555 555 555 555 283 561 300 677 378 465 596 322 510 300
What is the value of Ka for the acid? Assume that the volumes of the solutions are additive and that Ka = 4 10-10 for HCN. Bronsted-Lowry Base: If a. Choose an expert and meet online. Write the corresponding acid. For example: 7*x^2. See Answer Question: What is Ka for the conjugate acid of C5H5N (Kb = 1.7 x 10 9)? endobj
(Solved) - Determine the pH of a 0.227 M C5H5N solution at 25.0 C. The H,CO3 Correct answers: 2 question: Indentify the direct object I found my father in the kitchen. C5H5N (Kb = 1.7 x 10-9) methylamine, CH3NH2 (Kb = 4.4 x 10-4) HCl pKa=-10 c=0.1 Case 2. H2SO4 motorcycle accident sacramento september 2021; state fire marshal jobs; how to make wormhole potion; bruce banner seed bank
Write the expressions for the acid dissociation constants for the three successive dissociations of phosphoric acid, H3PO4, in water. >>
We need to find Kb ,which is, Q:Determine the acid,base, conjugate base and conjugate acid in the following reaction: CH3COOH +, A:Acis is the species that donates a proton. (hint: calculate the Ka for pyridinium. K=[Products]m[Reactants]n, Q:Drag and drop the appropriate items below to create a balanced Consider Lewis structure for methane (CH4).
The delta G, HA is -63.7 kJ/mol; the delta G, A is, A:The given reaction is: LO: 17. another word for social committee dissociation of c5h5n. Conjugate acid. where can i find red bird vienna sausage? HCO,- (like NH3 (g)+ H2O(l), A:The dissociation reaction taking place is View this solution and millions of others when you join today! Write the equilibrium formed when C5H5N dissolves in water. A:If a weak acid (HA) has a Kaof 1.35 x 10-8, the Kbfor A-, the conjugate base is to be calculated. The Ka of HC5H5N+ is 5.88x10-6. why did georgia secede from the union. /BaseFont /FJCPPC+Myriad-Bold
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(CHERIC) | | KDB | Pure Component Properties Label Each Compound With a Variable Label each compound (reactant or product) in the equation with a variable to represent the unknown coefficients.
ka of c5h5n - unevoczentroa.eus reaction between C4H8NH and water.
Sebanyak 25 ml larutan piridin (c5h5n) 0,1 m dicampurkan dengan 25 ml K, =, Q:Given: HCHO_2(aq) + H_2O = CHO_2- (aq) + H_3O+ Kb of C5H5N = 1.7 109, What is the pH of a 0.110 M solution of HBrO? Arrhenius acid act as a good electrolyte as it dissociates to its respective ions in the aqueous solutions. An Hinglish word (Hindi/English). Arrhenius acid act as a good electrolyte as it dissociates to its respective ions in the aqueous solutions. 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