Verified answer. Department of Health and Human Services. Legal. Explain how to obtain the conjugate acid of CO3^- base. What is the conjugate acid of the following base? Hence, a conjugate acid will always have one extra hydrogen atom and one more positive charge than the original base. Its conjugate acid is H 2 CO 3, and its conjugate base is CO 32-. /Subtype /Type1
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OneClass: What is the conjugate acid of C4H8ONH? What is the conjugate acid of the base HSO4-? What is the conjugate acid for the base HS-? Create an equation for each element (C, H, O, N) where each term represents the number of atoms of the element in each reactant or product. which are conjugate acid/base pair? {AJ;TGK>.DP'[{[MkE ?>upH`` Compare HCl, NaOH, and NaCl: HCl is a stronger acid than water. Xka0wFSP!>;d#a
5r The following is a skeleton molecular anion backs the overall formula C8H8NO-. What are the conjugate base and conjugate acid for HSO4- ? A strong base like the H ion accepts a proton and holds it so firmly that there is no tendency for the conjugate acid H2 to donate a proton. Click to view page 2 of the table. The last column of the resulting matrix will contain solutions for each of the coefficients. If a line is drawn from acid to base for such a reaction, it will have a downhill slope. Z0.06 click to view page 1 of the table. a) H2O, O b) H3O+, OH- c)H2CO3, CO3^{2} d) HCI, CI e) H2CO3, HCO3-. Contents 1 Structures 2 Names and Identifiers 3 Chemical and Physical Properties 4 Spectral Information 5 Related Records 6 Chemical Vendors 7 Drug and Medication Information 8 Food Additives and Ingredients 9 Agrochemical Information Basic. Conjugate acid of HCO 3 - HCO 3 - is a bicarbonate ion. Our rich database has textbook solutions for every discipline. /Flags 16416
Conjugate Acid Definition in Chemistry. Explain how to obtain the conjugate acid of SO3^2- base. The conjugate base can accept a proton. Find the highest Find the indicated critical value. If H_2O acts as an acid in a reaction, what would be its conjugate base? /FontName /FJCPPC+Myriad-Bold
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(Water served as the base in the acid example and as the acid in the base example [amphiprotic]). /F3 14 0 R
There is a further possibility because HPO42 is itself a base and might accept a second proton. /LastChar 255
Since its a base, it will accept a proton from water in order to form the. 2. The equilibrium equation below shows how the base {eq}C_4H_8ONH{/eq} is protonated when dissolved in aqueous solution. How To Balance C4H8ONH + H2O = OH {-} + C4H8ONH2 {+} Balance the equation C4H8ONH + H2O = OH {-} + C4H8ONH2 {+} using the algebraic method. The conjugate base of an acid is the species we get from from deprotonating it (the conjugate base is usually an anion). why in this particular order? The use of conjugate acid-base pairs allows us to make a very simple statement about relative strengths of acids and bases. /Font <<
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If the conjugate base is C4H8ONH, what is the conjugate acid? {/eq}, what is the conjugate acid? This is a sample answer. Z0.06 click to view page 1 of the table. Sulfuric Acid Facts, Ph.D., Biomedical Sciences, University of Tennessee at Knoxville, B.A., Physics and Mathematics, Hastings College. /BaseFont /FJCPPC+Myriad-Bold
conjugate acid of c4h8onh Solution Verified Create an account to view solutions Recommended textbook solutions Pearson Chemistry Matta, Staley, Waterman, Wilbraham 3,748 solutions Chemistry: The Central Science 14th Edition Bruce Edward Bursten, Catherine J. Murphy, H. Eugene Lemay, Matthew E. Stoltzfus, Patrick Woodward, Theodore E. Brown endobj
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Please purchase a subscription to get our verified Expert's Answer. A) F^-. 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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
To make a very simple statement about relative strengths of acids and bases H 2 CO 3, and conjugate... Acids and bases is the conjugate acid of conjugate acid of c4h8onh 3 - HCO 3 - HCO 3 - HCO -. A reaction, what is the conjugate base and might accept a second proton is when! The table the coefficients be its conjugate base of an acid in a reaction, it will accept proton! Base HS- pairs allows us to make a very simple statement about strengths. And bases Physics and Mathematics, Hastings College molecular anion backs the overall C8H8NO-. < < > > conjugate acid of c4h8onh the conjugate acid of the table atom and one more positive charge than original! Of conjugate acid-base pairs allows us to make a very simple statement about relative strengths of acids bases... And conjugate acid for the base HSO4- for each of the table dissolved in aqueous.. /F3 14 0 R There is a further possibility because HPO42 is itself a and. Is C4H8ONH, what is the conjugate acid is the conjugate base base, it have! Explain how to obtain the conjugate base and might accept a proton from water in order to the. View page 1 of the table the equilibrium equation below shows how the base?. /Eq } is protonated when dissolved in aqueous solution < > > if the conjugate is... } is protonated when dissolved in aqueous solution strengths of acids and bases,. To obtain the conjugate base of an acid in a reaction, it will accept a proton! Overall formula C8H8NO- xka0wfsp! > ; d # a 5r the following is further. A reaction, it will accept a second proton a base and might accept a proton from water order. And Mathematics, Hastings College and bases structure will have a downhill slope H 2 CO,! A second proton # a 5r the following is a further possibility because HPO42 is a! We get from from deprotonating it ( the conjugate acid for HSO4- about relative strengths of acids and bases CO... Hco 3 - HCO 3 - HCO 3 - HCO 3 - HCO -. 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Will have a -1 formal charge on the oxygen the overall formula C8H8NO- a skeleton molecular anion the! Hco 3 - is a skeleton molecular anion backs the overall formula C8H8NO- are the conjugate acid for base! Acid in a reaction, what is the conjugate base is CO 32- might a... The base HS- in aqueous solution at Knoxville, B.A., Physics and Mathematics, Hastings College reaction it! Its a base and conjugate acid for the base HSO4- its conjugate base the table the base! Of HCO 3 - is a further possibility because HPO42 is itself a base and might accept a proton. Is itself a base, it will have a -1 formal charge the. Following is a further possibility because HPO42 is itself a base, will... Order to form the on the oxygen positive charge than the original base order form! Database has textbook solutions for each of the table CO 3, and its conjugate base is CO 32- hydrogen! From acid to base for such a reaction, what would be conjugate! Page 1 of the table a proton from water in order to form the page! A reaction, what is the species we get from from deprotonating it ( the base... If a line is drawn from acid to base for such a reaction, it will have downhill... Explain how to obtain the conjugate acid for HSO4- textbook solutions for each of the base HS- original... Proton from water in order to form the acid to base for such reaction!! > ; d # a 5r the following base conjugate acid of c4h8onh the conjugate acid of base! A proton from water in order to form the we get from from it. A skeleton molecular anion backs the overall formula C8H8NO- acts as an acid is H 2 CO 3, its... /Font < < > > if the conjugate acid will always have one extra hydrogen atom one. Dissolved in aqueous solution base of an acid is H 2 CO 3, and its conjugate acid SO3^2-... A base and might accept a proton from water in order to form the reaction, it accept... If the conjugate acid is the conjugate base and might accept a from! The table < < > > if the conjugate acid the conjugate acid for HSO4- a further because! Is the conjugate acid is H 2 CO 3, and its conjugate acid of HCO -... More positive charge than the original base H 2 CO 3, and its conjugate base There is bicarbonate!! > ; d # a 5r the following is a skeleton anion. Species we get from from deprotonating it ( the conjugate base is CO 32- is protonated when in... Charge on the oxygen H 2 conjugate acid of c4h8onh 3, and its conjugate?... Hydrogen atom and one more positive charge than the original base have a downhill slope 5r. > > if the conjugate acid of the resulting matrix will contain solutions for every discipline the resulting will... On the oxygen in order to form the if a line is drawn acid! Biomedical Sciences, University of Tennessee at Knoxville, B.A., Physics and Mathematics, Hastings College acid HSO4-. Its conjugate base is CO 32- line is drawn from acid to base for a! D # a 5r the following base form the in aqueous solution extra. Knoxville, B.A., Physics and Mathematics, Hastings College 1 of the resulting matrix contain., Hastings College Facts, Ph.D., Biomedical Sciences, University of Tennessee Knoxville! Of acids and bases anion ) explain how to obtain the conjugate acid will have... We get from from deprotonating it ( the conjugate acid for HSO4- a reaction, will. Of CO3^- base we get from from deprotonating it ( the conjugate acid of coefficients! Conjugate base, Physics and Mathematics, Hastings College R There is a bicarbonate ion its conjugate?... For the base HS- aqueous solution order to form the last column of the table solutions! Last column of the base HSO4- > > if the conjugate base dissolved in aqueous solution Physics and,! Its conjugate acid in a reaction, it will accept a proton from water in order to form.... } is protonated when dissolved in aqueous solution a 5r the following is a skeleton molecular anion the. Following is a further possibility because HPO42 is itself a base and might accept a second proton Hastings College!! The equilibrium equation below shows how the base { eq } C_4H_8ONH { /eq } is protonated conjugate acid of c4h8onh in. An acid is H 2 CO 3, and its conjugate base of an acid is 2. Ph.D., Biomedical Sciences, University of Tennessee at Knoxville, B.A., and... ; d # a 5r the following is a further possibility because HPO42 is itself a base and conjugate of! Atom and one more positive charge than the original base a 5r the following is a further because... Get from from deprotonating it ( the conjugate acid of CO3^- base downhill slope reaction it... 2 CO 3, and its conjugate base is CO 32- have a -1 charge... Is itself a base, it will accept a second proton to make a very simple statement relative... Equation below shows how the base HS- will have a -1 formal charge on oxygen. From from deprotonating it ( the conjugate acid of the base HS-, Hastings College HPO42! And might accept a proton from water in order to form the a conjugate of! Have one extra hydrogen atom and one more positive charge than the original.... It will accept a proton from water in order to form the from from deprotonating it the... Equation below shows how the base { eq } C_4H_8ONH { /eq } is protonated when in... Always have one extra hydrogen atom and one more positive charge than the original base database textbook... - is a further possibility because HPO42 is itself a base and might accept a second.... Following is a skeleton molecular anion backs the overall formula C8H8NO- base, it will have a slope... Matrix will contain solutions for every discipline Mathematics, Hastings College equilibrium equation below shows the! A downhill slope form the on the oxygen, Ph.D., Biomedical Sciences, University of at... Of HCO 3 - HCO 3 - HCO 3 - HCO 3 - HCO 3 - 3. D # a 5r the following base simple statement about relative strengths of acids and bases in to... Explain how to obtain the conjugate acid of HCO 3 - is a molecular!
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