Question

Date of Experiment Data and Calculations 1. Volume of Vinegar used in each trial = 5.00 mL 2. Molarity of NaOH used in each trial = 0.200 M 3. Volume of NaOH used in trail#1 (Final - Initial buret reading) = 22.0 mL 4. Volume of NaOH used in trail#2 (Final - Initial buret reading) = 24.0 mL 5. Average Volume of NaOH used = (#3 + #4) / 2 = mL 6. Calculate Molarity of Acetic acid in vinegar = M (molarity of acetic acid x volume of acid) = (molarity of base x volume of base) 7. Calculate the molecular weight of Acetic acid using a Periodic table= g/mol 8. Grams of acetic acid in one liter of Vinegar = Molarity x Molecular weight = step-6 x step-7 = g 9. Grams of acetic acid in 100 mL of Vinegar = step-8 $div$ 10 = g 10. Calculate % of acetic acid in vinegar: (Assuming density of vinegar is 1.00 g/ml so100 mL of Vinegar = 100 g Vinegar) % of acetic acid in vinegar = (step-9 g/100 g ) x 100 = ____ % {numerically #9 and #10 are same} 11. Bottled vinegar is 5.0% acetic acid. Calculate % error (see video). Show work.

          Date of Experiment________
Data and Calculations
1. Volume of Vinegar used in each trial = 5.00 mL
2. Molarity of NaOH used in each trial = 0.200 M
3. Volume of NaOH used in trail#1 (Final - Initial buret reading) = 22.0 mL
4. Volume of NaOH used in trail#2 (Final - Initial buret reading) = 24.0 mL
5. Average Volume of NaOH used = (#3 + #4) / 2 = ________ mL
6. Calculate Molarity of Acetic acid in vinegar = ________ M
(molarity of acetic acid x volume of acid) = (molarity of base x volume of base)
7. Calculate the molecular weight of Acetic acid using a Periodic table= ______________
g/mol
8. Grams of acetic acid in one liter of Vinegar = Molarity x Molecular weight
= step-6 x step-7 = __________________ g
9. Grams of acetic acid in 100 mL of Vinegar = step-8 $div$ 10 = __________________ g
10. Calculate % of acetic acid in vinegar:
(Assuming density of vinegar is 1.00 g/ml so100 mL of Vinegar = 100 g Vinegar)
% of acetic acid in vinegar = (step-9 g/100 g ) x 100 = ______________ % {numerically #9 and #10 are same}
11. Bottled vinegar is 5.0% acetic acid. Calculate % error (see video). Show work.

Date of Experiment
Data and Calculations
1. Volume of Vinegar used in each trial = 5.00 mL
2. Molarity of NaOH used in each trial = 0.200 M
3. Volume of NaOH used in trail#1 (Final - Initial buret reading) = 22.0 mL
4. Volume of NaOH used in trail#2 (Final - Initial buret reading) = 24.0 mL
5. Average Volume of NaOH used = (#3 + #4) / 2 = mL
6. Calculate Molarity of Acetic acid in vinegar = M
(molarity of acetic acid x volume of acid) = (molarity of base x volume of base)
7. Calculate the molecular weight of Acetic acid using a Periodic table=
g/mol
8. Grams of acetic acid in one liter of Vinegar = Molarity x Molecular weight
= step-6 x step-7 = g
9. Grams of acetic acid in 100 mL of Vinegar = step-8 div 10 = g
10. Calculate % of acetic acid in vinegar:
(Assuming density of vinegar is 1.00 g/ml so100 mL of Vinegar = 100 g Vinegar)
% of acetic acid in vinegar = (step-9 g/100 g ) x 100 = % {numerically #9 and #10 are same}
11. Bottled vinegar is 5.0% acetic acid. Calculate % error (see video). Show work.

Added by Rafael R.

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