A scientist needed to determine the concentration of a potassium hydroxide solution. To do this, they titrated 10.0 mL of the base against 0.150 M sulfuric acid. The titration was repeated multiple times to improve the accuracy. Determine the concentration of the potassium hydroxide solution. a Choose the correct titration runs, and calculate the average titer of acid. (Enter your answer to four significant figures.) Average titer of acid = mL Show/Hide Help Trial Run Titer Run 1 Titer Run 2 Titer Run 3 Titer Run 4 Titer 23.70 mL 22.65 mL 22.75 mL 22.70 mL 23.75 mL

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Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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A scientist needed to determine the concentration of a potassium hydroxide solution. To do this, they titrated 10.0 mL of the
base against 0.150 M sulfuric acid. The titration was repeated multiple times to improve the accuracy.
Determine the concentration of the potassium hydroxide solution.
a Choose the correct titration runs, and calculate the average titer
of acid.
(Enter your answer to four significant figures.)
Average titer of acid =
mL
Show/Hide Help
Trial Run Titer
Run 1 Titer
Run 2 Titer
Run 3 Titer
Run 4 Titer
23.70 mL
22.65 mL
22.75 mL
22.70 mL
23.75 mL
Transcribed Image Text:A scientist needed to determine the concentration of a potassium hydroxide solution. To do this, they titrated 10.0 mL of the base against 0.150 M sulfuric acid. The titration was repeated multiple times to improve the accuracy. Determine the concentration of the potassium hydroxide solution. a Choose the correct titration runs, and calculate the average titer of acid. (Enter your answer to four significant figures.) Average titer of acid = mL Show/Hide Help Trial Run Titer Run 1 Titer Run 2 Titer Run 3 Titer Run 4 Titer 23.70 mL 22.65 mL 22.75 mL 22.70 mL 23.75 mL
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