Equillibrium 2: Determination of an Equillibrium Constant The equilibrium concentration of the thiocyanate ion is determined: by using the color of the complex ion at equilibrium and comparing that to the color of the unknown solution of the iron ion by adding the equilibrium concentration of the iron ion and the thiocyanate ion present initially by subtracting the equilibrium concentration of the complex ion from the initial thiocyanate concentration using the Spec 20 set at the wavelength determined in the Equilibrium One lab

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Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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Chapter1: Chemical Foundations
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Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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Which option is correct. And why

Equillibrium 2: Determination of an Equillibrium
Constant
The equilibrium concentration of the thiocyanate ion is determined:
by using the color of the complex ion at equilibrium and comparing that to the color of the
unknown solution of the iron ion
by adding the equilibrium concentration of the iron ion and the thiocyanate ion present
initially
O by subtracting the equilibrium concentration of the complex ion from the initial thiocyanate
concentration
using the Spec 20 set at the wavelength determined in the Equilibrium One lab
Transcribed Image Text:Equillibrium 2: Determination of an Equillibrium Constant The equilibrium concentration of the thiocyanate ion is determined: by using the color of the complex ion at equilibrium and comparing that to the color of the unknown solution of the iron ion by adding the equilibrium concentration of the iron ion and the thiocyanate ion present initially O by subtracting the equilibrium concentration of the complex ion from the initial thiocyanate concentration using the Spec 20 set at the wavelength determined in the Equilibrium One lab
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