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19 Nov 2019
A solution of acetic acid is made by dissolving 0.100 mole of CH3COOH, in enough water to make
one liter of solution. Conductivity measurements show that the acetic acid is 1.34% ionized.
Remember: Avogadro's number is 6.022 x 1023 molecules (or ions, or atoms, or students, or
anything)/mole. Write the dissociation equation for acetic acid in water and then calculate a and b.
a. If 1.34% of the acetic acid is ionized, what % was not ionized and remains as molecules?
b. Calculate, using stoichiometry and your knowledge of %, the number of acetate ions,
CH3COO-1 (aq)
c. Using your answer in part b, calculate the number of hydrogen acetate molecules,
CH3COOH, in the solution.
A solution of acetic acid is made by dissolving 0.100 mole of CH3COOH, in enough water to make
one liter of solution. Conductivity measurements show that the acetic acid is 1.34% ionized.
Remember: Avogadro's number is 6.022 x 1023 molecules (or ions, or atoms, or students, or
anything)/mole. Write the dissociation equation for acetic acid in water and then calculate a and b.
a. If 1.34% of the acetic acid is ionized, what % was not ionized and remains as molecules?
b. Calculate, using stoichiometry and your knowledge of %, the number of acetate ions,
CH3COO-1 (aq)
c. Using your answer in part b, calculate the number of hydrogen acetate molecules,
CH3COOH, in the solution.
Jamar FerryLv2
24 Aug 2019