Attach your acetic acid titration curves *include a normal and an expanded scale plot* 1. Volume of dilute vinegar used: (from procedure) Concentration of standard NaOH: .1t00M (from procedure) NaOH equivalence point volume: 2 (clearly marked on your expanded (i.e., zoomed in) graph) 2 (a). Calculation of acetic acid concentration in dilute vinegar solution 2 (b). Calculation of acetic acid concentration in original vinegar solution

Chemistry
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Chapter1: Chemical Foundations
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Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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To find 2 (a) and (b): Are you supposed to use the volume of the dilute vinegar to find the conc. of the dilute vinegar? Is the moles of CH3COOH and NaOH, 1:1?
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Attach your acetic acid titration curves
*include a normal and an expanded scale plot*
1.
Volume of dilute vinegar used:
(from procedure)
Concentration of standard NaOH: .100OM
(from procedure)
NaOH equivalence point volume:
(clearly marked on your expanded (i.e., zoomed in) graph)
2 (a).
Calculation of acetic acid concentration in dilute vinegar solution
2 (b). Calculation of acetic acid concentration in original vinegar solution
Transcribed Image Text:11Sélect Objects Draw with Touch Attach your acetic acid titration curves *include a normal and an expanded scale plot* 1. Volume of dilute vinegar used: (from procedure) Concentration of standard NaOH: .100OM (from procedure) NaOH equivalence point volume: (clearly marked on your expanded (i.e., zoomed in) graph) 2 (a). Calculation of acetic acid concentration in dilute vinegar solution 2 (b). Calculation of acetic acid concentration in original vinegar solution
Determination of the [CH3COOH] in vinegar by titration a
dilute vinegar solution against a 0.1000 M NaOH solution
From the balanced equation:
CH,COOH + NaOH → H20 + Na*CH,CO-
& at the Equivalence Point:
moles CH,COOH = moles NAOH
%3D
Calculate the [CH;COOH]
Transcribed Image Text:Determination of the [CH3COOH] in vinegar by titration a dilute vinegar solution against a 0.1000 M NaOH solution From the balanced equation: CH,COOH + NaOH → H20 + Na*CH,CO- & at the Equivalence Point: moles CH,COOH = moles NAOH %3D Calculate the [CH;COOH]
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