For # 15, 16, 17, and 18 refer to this information. A series of solutions containing NaOH (39.997 g/mol), NazCO3 (105.989), and NaHCO:(84.007), alone or in compatible combination, was titrated with 0.1118 M HCI. The table below shows the volumes of acid needed to titrate 20.00- mL portions of each solution to (1) a phenolphthalein and (2) a methy orange end point. With this data, determine the composition of the solutions and calculate the mass in milligrams of

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Chapter16: Acid-base Equilibria
Section: Chapter Questions
Problem 16.148QP
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For # 15, 16, 17, and 18 refer to this information. A series of solutions containing NaOH (39.997
g/mol), NażCO3 (105.989), and NaHCO3(84.007), alone or in compatible combination, was
titrated with 0.1118 M HCI. The table below shows the volumes of acid needed to titrate 20.00-
mL portions of each solution to (1) a phenolphthalein and (2) a methy orange end point. With
this data, determine the composition of the solutions and calculate the mass in milligrams of
each solute per milliliter of solution.
Уph
15. 20.44
16. 18.50
17. 20.12
18. 0.00
Vmo
20.45
44.13
40.23
23.33
Transcribed Image Text:For # 15, 16, 17, and 18 refer to this information. A series of solutions containing NaOH (39.997 g/mol), NażCO3 (105.989), and NaHCO3(84.007), alone or in compatible combination, was titrated with 0.1118 M HCI. The table below shows the volumes of acid needed to titrate 20.00- mL portions of each solution to (1) a phenolphthalein and (2) a methy orange end point. With this data, determine the composition of the solutions and calculate the mass in milligrams of each solute per milliliter of solution. Уph 15. 20.44 16. 18.50 17. 20.12 18. 0.00 Vmo 20.45 44.13 40.23 23.33
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