The ORP output for the redox titration: Ce (aq) + Fe2*(aq) Ce3 (aq) + Fe (aq) is shown below. In the titration Fe2* solution is the analyte and is titrated with Ce solution of known concentration in a small beaker. Which answer choice best describes the contents of the beaker at the point indicated with a star (") on the ORP output? An Oddation-Reduction Reaction 1. unreacted Fe ioresent O unreacted Fe?* is present O the equivalence point has been reached unreacted Ce* is present in solution; all Fe* has been consumed O a stoichiometric amount of Ce has been added to Fe2" solution O excess Fe* has been added to Ce solution

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The ORP output for the redox titration: Ce*(aq) + Fe2*(aq)→ Ce3*(aq) + Fe3 (aq) is
shown below. In the titration Fe2* solution is the analyte and is titrated with Ce
solution of known concentration in a small beaker. Which answer choice best
describes the contents of the beaker at the point indicated with a star (") on the ORP
output?
An Oidation-Reduction Reaction
unreacted Fe?* iskoresent
O unreacted Fe2+ is present
O the equivalence point has been reached
O unreacted Ce* is present in solution; all Fe+ has been consumed
O a stoichiometric amount of Ce has been added to Fe2" solution
O excess Fe2+ has been added to Ce solution
Transcribed Image Text:The ORP output for the redox titration: Ce*(aq) + Fe2*(aq)→ Ce3*(aq) + Fe3 (aq) is shown below. In the titration Fe2* solution is the analyte and is titrated with Ce solution of known concentration in a small beaker. Which answer choice best describes the contents of the beaker at the point indicated with a star (") on the ORP output? An Oidation-Reduction Reaction unreacted Fe?* iskoresent O unreacted Fe2+ is present O the equivalence point has been reached O unreacted Ce* is present in solution; all Fe+ has been consumed O a stoichiometric amount of Ce has been added to Fe2" solution O excess Fe2+ has been added to Ce solution
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