Calculate the volume of each solution, volume of water and the total volume. 0.00150 M Fe³+. 0.00150 M SCN¯, DEIONIZED H2O, TOTAL VOLUME, Sample (mL) (mL) (mL) (mL) Volume A 7.15 3.78 4.07 15.00 dispensed Volume B 6.87 3.97 4.16 15.00 dispensed Volume C 7.08 3.91 4.01 15.00 dispensed INITIAL CONCENTRATIONS Now determine the [Fe+]initial and [SCN ]initial after mixing but before the reaction occurs. [Fe+Jinitial, (M) [SCN Jinitial, (M) Sample Unrounded Rounded Unrounded Rounded A 3 3 3 4.
Calculate the volume of each solution, volume of water and the total volume. 0.00150 M Fe³+. 0.00150 M SCN¯, DEIONIZED H2O, TOTAL VOLUME, Sample (mL) (mL) (mL) (mL) Volume A 7.15 3.78 4.07 15.00 dispensed Volume B 6.87 3.97 4.16 15.00 dispensed Volume C 7.08 3.91 4.01 15.00 dispensed INITIAL CONCENTRATIONS Now determine the [Fe+]initial and [SCN ]initial after mixing but before the reaction occurs. [Fe+Jinitial, (M) [SCN Jinitial, (M) Sample Unrounded Rounded Unrounded Rounded A 3 3 3 4.
Chapter26: Molecular Absorption Spectrometry
Section: Chapter Questions
Problem 26.30QAP
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I need help calculating the initial concentrations please.
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