Homework Answers
In the case of a strong acid, an equal amount of base (alkali) is enough to get neutralized.
Hence, the neutralization point in the curve is exactly pH = 7
Whereas in the case of a weak acid, a high amount of base (alkali) is required to get neutralized.
Hence, the neutralization point in the curve is pH > 7.
The graphs can be drawn as follows.
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Upload pictures of your graphs of pH vs. volume of base added for 0.050 M HX...
Graph pH vs. volume of base added for 0.010 M HCl and 0.010 M HCOOH. Explain...
Graph pH vs. volume of base added for 0.010 M HCl and 0.010 M HCOOH. Explain one similarity and one difference in the graphs.
A weak acid is titrated with a strong base and the pH vs. volume plot is...
A weak acid is titrated with a strong base and the pH vs. volume plot is shown. Approximately what is denoted with B)? A) The equilibrium of the acid B) The starting pH C) The equivalence point D) The end point E) The pKa of the weak acid D) pH B) A) Volume titrant added O E OB OA Ос OD о Bi E A weak acid is titrated with a strong base and the pH vs. volume plot is...
What is the shape of the titration curve (plot of pH vs. mL of added base)...
What is the shape of the titration curve (plot of pH vs. mL of added base) for titration of a weak acid by a strong base? In a titration, 10 mL of 0.10 M HF was titrated with 0.20 M KOH. Calculate the pH of the resulting solution after the addition of the following volumes of base: 0 mL, 2.5 mL, 5.0 mL, and 6.0mL. What volume of base is needed to reach the equivalence point? What species is present...
24A) 40mL of 0.2 M formic acid is titrated with a strong base (NaOH= 0.5 M). Determine the pH before any base has been...
24A) 40mL of 0.2 M formic acid is titrated with a strong base
(NaOH= 0.5 M). Determine the pH before any base has been added.
Please show steps and please explain why the answer is what it
is.
24B) The 40mL 0.2 M formic acid is titrated with a 6.0mL of
strong base. Here NaOH can be treated as a conjugate base and
formic acid is the acid.
please show steps and explain!
Us (24-25, Acid/base, aqueous equilibrium) 24A) (4...
In a pH measurement experiment, we monitored changes in pH against volume of base added. When...
In a pH measurement experiment, we monitored changes in pH against volume of base added. When we plotted the data, the following graph was obtained. 13 12 11 10 9 8 рн 4 3 2 20 30 40 10 50 60 Volume of base added (mL) A) Identify the type of the acid base titration (such as strong acid/strong base, weak acid/strong base etc)! Justify your answer B) What would be the equivalence point for this graph (10 pts)
In a pH measurement experiment, we monitored changes in pH against volume of base added. When...
In a pH measurement experiment, we monitored changes in pH against volume of base added. When we plotted the data, the following graph was obtained. 13 12 11 10 9 8 рн 4 3 2 20 30 40 10 50 60 Volume of base added (mL) A) Identify the type of the acid base titration (such as strong acid/strong base, weak acid/strong base etc)! Justify your answer B) What would be the equivalence point for this graph (10 pts)
Prepare a titration curve (pH vs. equivalents strong base added if you choose a weak acid...
Prepare a titration curve (pH vs. equivalents strong base added if you choose a weak acid to be titrated) in which you plot at least 10 data points starting from 0-equiv added to 1 equiv added. Show how you can obtain the pKa for this acid from the plot. You can also choose a weak base to be titrated with strong acid. Use Excel for the calculations and for plotting. Show the calculations for how you obtained the pH at...
Strong base is dissolved in 765 mL of 0.400 M weak acid (Ka = 4.23 ×...
Strong base is dissolved in 765 mL of 0.400 M weak acid (Ka =
4.23 × 10-5) to make a buffer with a pH of 4.19. Assume that the
volume remains constant when the base is added.
Strong base is dissolved in 765 mL of 0.400 M weak acid (Ka 4.23x 10) to make a buffer with a pH of 4.19. Assume that the volume remains constant when the base is added. HA(aq) + OH-(aq) → H2O()-A-(aq) Calculate the pKa...
α= 0.0 6. Sketch a plot below of a titration curve (pH vs volume of NaOH) when 25 mL of a 0.10N w...
please help me plot/ and draw the curve (ph, pka, and
equivalence ph value)
α= 0.0 6. Sketch a plot below of a titration curve (pH vs volume of NaOH) when 25 mL of a 0.10N weak acid HA (Ka 1.00 X 10 is titrated with 0.10N strong base NaOH Indicate on the plot the initial pH, pha, 10% and 90% equivalence, equivalence, and final pH yalues.
α= 0.0 6. Sketch a plot below of a titration curve (pH vs...
Strong base is dissolved in 755 mL of 0.400 M weak acid (Kg = 4.71 x...
Strong base is dissolved in 755 mL of 0.400 M weak acid (Kg = 4.71 x 10-5 M) to make a buffer with a pH of 4.10. Assume that the volume remains constant when the base is added. HA(aq) + OH(aq) + H20(1) + A (aq) Calculate the pK, value of the acid and determine the number of moles of acid initially present. pKa = moles of weak acid: mol HA Enter numeric value When the reaction is complete, what...
A weak acid is titrated with a strong base and the pH vs. volume plot is shown. Approximately what is denoted with B)? A) The equilibrium of the acid B) The starting pH C) The equivalence point D) The end point E) The pKa of the weak acid D) pH B) A) Volume titrant added O E OB OA Ос OD о Bi E A weak acid is titrated with a strong base and the pH vs. volume plot is...
24A) 40mL of 0.2 M formic acid is titrated with a strong base
(NaOH= 0.5 M). Determine the pH before any base has been added.
Please show steps and please explain why the answer is what it
is.
24B) The 40mL 0.2 M formic acid is titrated with a 6.0mL of
strong base. Here NaOH can be treated as a conjugate base and
formic acid is the acid.
please show steps and explain!
Us (24-25, Acid/base, aqueous equilibrium) 24A) (4...
In a pH measurement experiment, we monitored changes in pH against volume of base added. When we plotted the data, the following graph was obtained. 13 12 11 10 9 8 рн 4 3 2 20 30 40 10 50 60 Volume of base added (mL) A) Identify the type of the acid base titration (such as strong acid/strong base, weak acid/strong base etc)! Justify your answer B) What would be the equivalence point for this graph (10 pts)
In a pH measurement experiment, we monitored changes in pH against volume of base added. When we plotted the data, the following graph was obtained. 13 12 11 10 9 8 рн 4 3 2 20 30 40 10 50 60 Volume of base added (mL) A) Identify the type of the acid base titration (such as strong acid/strong base, weak acid/strong base etc)! Justify your answer B) What would be the equivalence point for this graph (10 pts)
Prepare a titration curve (pH vs. equivalents strong base added if you choose a weak acid to be titrated) in which you plot at least 10 data points starting from 0-equiv added to 1 equiv added. Show how you can obtain the pKa for this acid from the plot. You can also choose a weak base to be titrated with strong acid. Use Excel for the calculations and for plotting. Show the calculations for how you obtained the pH at...
Strong base is dissolved in 765 mL of 0.400 M weak acid (Ka =
4.23 × 10-5) to make a buffer with a pH of 4.19. Assume that the
volume remains constant when the base is added.
Strong base is dissolved in 765 mL of 0.400 M weak acid (Ka 4.23x 10) to make a buffer with a pH of 4.19. Assume that the volume remains constant when the base is added. HA(aq) + OH-(aq) → H2O()-A-(aq) Calculate the pKa...
please help me plot/ and draw the curve (ph, pka, and
equivalence ph value)
α= 0.0 6. Sketch a plot below of a titration curve (pH vs volume of NaOH) when 25 mL of a 0.10N weak acid HA (Ka 1.00 X 10 is titrated with 0.10N strong base NaOH Indicate on the plot the initial pH, pha, 10% and 90% equivalence, equivalence, and final pH yalues.
α= 0.0 6. Sketch a plot below of a titration curve (pH vs...
Strong base is dissolved in 755 mL of 0.400 M weak acid (Kg = 4.71 x 10-5 M) to make a buffer with a pH of 4.10. Assume that the volume remains constant when the base is added. HA(aq) + OH(aq) + H20(1) + A (aq) Calculate the pK, value of the acid and determine the number of moles of acid initially present. pKa = moles of weak acid: mol HA Enter numeric value When the reaction is complete, what...
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