16. The pH at the equivalence point of a titration of a weak acid with a strong base is (A)Less than 7.00. (B)Equal to 7.00. (C)Greater than 7.00. (D)More data is needed to answer this question. (E)none of the above

4. To calculate the concentration in molarity of a salt solution, you need to know (A)The mass of the salt added and the volume of water added to the solution. (B)The mass of the salt added to the solution and the total volume of the solution. (C)The mass of the salt added, the molar mass of the salt, the volume of water added to the solution. (D)The molar mass of the salt and the total volume of the solution. (E)The mass of the salt added, the molar mass of the salt, the volume of water added, and the total volume of the solution.

16. The pH at the equivalence point of a titration of a weak acid with a strong base is
(A)Less than 7.00.
(B)Equal to 7.00.
(C)Greater than 7.00.
(D)More data is needed to answer this question.
(E)none of the above

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