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A two-liter sample of mineral water was evaporated to a small volume, following which the potassium ion was precipitated with excess sodium tetraphenylboron: K*1 + NaB(C.Hs)4 → KB(CHs)4 19) The precipitate was filtered, washed and redissolved in acetone. The analysis was completed by a Mohr titration that required 43.85-mL of 0.03941M AGNO3: KB(C,Hs)4 (5) + Ag → AgB(CaHs)a ce) + K** Calculate the potassium ion concentration (parts per million) of the water sample. Molar Mass: K = 39.10

A two-liter sample of mineral water was evaporated to a small volume, following which the potassium ion was precipitated with excess sodium tetraphenylboron: K*1 + NaB(C.Hs)4 → KB(CHs)4 19) The precipitate was filtered, washed and redissolved in acetone. The analysis was completed by a Mohr titration that required 43.85-mL of 0.03941M AGNO3: KB(C,Hs)4 (5) + Ag → AgB(CaHs)a ce) + K** Calculate the potassium ion concentration (parts per million) of the water sample. Molar Mass: K = 39.10

Chemistry
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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Answer provided: 33.8-ppm K^+1 Please show your complete solution and write your answer clearly and readable. Thank you.
A two-liter sample of mineral water was evaporated to a small volume, following which the potassium ion was precipitated with excess sodium tetraphenylboron: Ki + NaB(CHs))4 → KB(C&Hs)4 15) The precipitate was filtered, washed and redissolved in acetone. The analysis was completed by a Mohr titration that required 43.85-mL of 0.03941M AGNO3: KB(C,Hs)4 (5) + Ag → AgB(C&Hs)4 (e) + K** Calculate the potassium ion concentration (parts per million) of the water sample. Molar Mass: K = 39.10
Transcribed Image Text:A two-liter sample of mineral water was evaporated to a small volume, following which the potassium ion was precipitated with excess sodium tetraphenylboron: Ki + NaB(CHs))4 → KB(C&Hs)4 15) The precipitate was filtered, washed and redissolved in acetone. The analysis was completed by a Mohr titration that required 43.85-mL of 0.03941M AGNO3: KB(C,Hs)4 (5) + Ag → AgB(C&Hs)4 (e) + K** Calculate the potassium ion concentration (parts per million) of the water sample. Molar Mass: K = 39.10
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