a) Change in color intensity of the Fe3+ - NCS- - FeNCS2+ equilibrium mixture when more Fe3+ was added - turned a darker shade of red. Account for the effect of adding Fe3+, include a chemical equation b) Change in color intensity of the Fe3+ - NCS- - FeNCS2+ equilibrium mixture when more NSC- was added - turned a darker shade of red. Account for the effect of adding NSC-, include a chemical equation c) Change in color intensity of the Fe3+ - NCS- - FeNCS2+ equilibrium mixture when more Hg(NO3)2 was added - turned colorless. Account for the effect of adding Hg(NO3)2, include a chemical equation
a) Change in color intensity of the Fe3+ - NCS- - FeNCS2+ equilibrium mixture when more Fe3+ was added - turned a darker shade of red. Account for the effect of adding Fe3+, include a chemical equation b) Change in color intensity of the Fe3+ - NCS- - FeNCS2+ equilibrium mixture when more NSC- was added - turned a darker shade of red. Account for the effect of adding NSC-, include a chemical equation c) Change in color intensity of the Fe3+ - NCS- - FeNCS2+ equilibrium mixture when more Hg(NO3)2 was added - turned colorless. Account for the effect of adding Hg(NO3)2, include a chemical equation
Introductory Chemistry: A Foundation
9th Edition
ISBN:9781337399425
Author:Steven S. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Donald J. DeCoste
Chapter17: Equilibrium
Section: Chapter Questions
Problem 15CR
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a) Change in color intensity of the Fe3+ - NCS- - FeNCS2+ equilibrium mixture when more Fe3+ was added - turned a darker shade of red. Account for the effect of adding Fe3+, include a chemical equation
b) Change in color intensity of the Fe3+ - NCS- - FeNCS2+ equilibrium mixture when more NSC- was added - turned a darker shade of red. Account for the effect of adding NSC-, include a chemical equation
c) Change in color intensity of the Fe3+ - NCS- - FeNCS2+ equilibrium mixture when more Hg(NO3)2 was added - turned colorless. Account for the effect of adding Hg(NO3)2, include a chemical equation
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