Calculate the concentration (in M) of the complex product formed when Pb²+ was reacted with enough EDTA at pH 3. The pPb of the resulting solution is 4.587. (log Kf = 18; a = 2.1x107 11) Express your answer with 3 decimal places and do not encode the units.

Calculate the concentration (in M) of the complex product formed when Pb²+ was reacted with enough EDTA at pH 3. The pPb of the resulting solution is 4.587. (log Kf = 18; a = 2.1x107 11) Express your answer with 3 decimal places and do not encode the units.

Fundamentals Of Analytical Chemistry

9th Edition

ISBN:9781285640686

Author:Skoog

Publisher:Skoog

Chapter17: Complexation And Precipitation Reactions And Titrations

Section: Chapter Questions

Problem 17.39QAP

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Calculate the concentration (in M) of the complex product formed when Pb2+ was reacted with enough EDTA at pH 3. The pPb of the resulting solution is 4.587. (log Kf = 18; a = 2.1x10-
11)
Express your answer with 3 decimal places and do not encode the units.

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