A student determined the average concentration of total reducible iodine in the aqueous phase from their 'best two' determinations in Part 1 to be 0.0184 M. They also determined the average concentration of 12 in the CH₂Cl2 phase from their best two' determinations in Part 2 to be 0.0199 M. Determine what the concentration of 12 in water would be based on this student's previous work. Report your final answer, in mol/L, to 6 decimal places and only include the numerical value (no units). Do not use scientific notation for this question. Your Answer:

A student determined the average concentration of total reducible iodine in the aqueous phase from their 'best two' determinations in Part 1 to be 0.0184 M. They also determined the average concentration of 12 in the CH₂Cl2 phase from their best two' determinations in Part 2 to be 0.0199 M. Determine what the concentration of 12 in water would be based on this student's previous work. Report your final answer, in mol/L, to 6 decimal places and only include the numerical value (no units). Do not use scientific notation for this question. Your Answer:

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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A student determined the average concentration of total reducible iodine in the
aqueous phase from their 'best two' determinations in Part 1 to be 0.0184 M. They
also determined the average concentration of 12 in the CH₂Cl2 phase from their 'best
two' determinations in Part 2 to be 0.0199 M. Determine what the concentration of
12 in water would be based on this student's previous work. Report your final answer,
in mol/L, to 6 decimal places and only include the numerical value (no units). Do not
use scientific notation for this question.
Your Answer:
Your Answer

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