3) into a 1.000 liter volumetric flask, and suddenly realize that you don't have all the reagents you expected to have. Looking around, yêu find a large carboy of 1.00 M Na2CO3. How much of this Na2CO3 solution should you add to your volumetric flask such that when it is diluted with water to the 1 liter calibration mark, the pH is 6.00 ? You may treat sulfuric acid as if it has completely dissociated (acting as a "strong acid"). Suppose you wanted to make a pH=6.0 buffer. You pipette 50 ml of 1.00 M H2SO4

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f) What is the predominant speciation (e.g., protonated or deprotonated) for each of the
acids and bases in your system? You should not need to so a calculation for this. Explain
your reasoning.
3)
into a 1.000 liter volumetric flask, and suddenly realize that you don’t have all the reagents you
expected to have. Looking around, ysu find a large carboy of 1.00 M Na2CO3. How much of
this Na2CO3 solution should you add to your volumetric flask such that when it is diluted with
water to the 1 liter calibration mark, the pH is 6.00 ? You may treat sulfuric acid as if it has
completely dissociated (acting as a "strong acid").
Suppose you wanted to make a pH=6.0 buffer. You pipette 50 ml of 1.00 M H2SO4
4) A volumetric flask contains 0.12 mole NaHCO3, 0.17 mole Na3PO4, and 0.030 mole sodium
formate. You want to have a pH of 8.00 after dilution, but you recognize that the solution as is
will not give you the correct pH. You have on hand 1.00 M NaOH and 1.00 M HCI.
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Transcribed Image Text:f) What is the predominant speciation (e.g., protonated or deprotonated) for each of the acids and bases in your system? You should not need to so a calculation for this. Explain your reasoning. 3) into a 1.000 liter volumetric flask, and suddenly realize that you don’t have all the reagents you expected to have. Looking around, ysu find a large carboy of 1.00 M Na2CO3. How much of this Na2CO3 solution should you add to your volumetric flask such that when it is diluted with water to the 1 liter calibration mark, the pH is 6.00 ? You may treat sulfuric acid as if it has completely dissociated (acting as a "strong acid"). Suppose you wanted to make a pH=6.0 buffer. You pipette 50 ml of 1.00 M H2SO4 4) A volumetric flask contains 0.12 mole NaHCO3, 0.17 mole Na3PO4, and 0.030 mole sodium formate. You want to have a pH of 8.00 after dilution, but you recognize that the solution as is will not give you the correct pH. You have on hand 1.00 M NaOH and 1.00 M HCI. 如T四0@ MAR tv W 21 AMoeRocolc Dro
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