Question Solved1 Answer Task 2: Construct an activity series for the 5 different fictional metals (Fo, Im, My, Od, Wd) given their standard reduction potentials measured below and the observations. Arrange the metals in order of their decreasing electrochemical activity (i.e. most negative to most positive standard reduction potential). Entries marked with 'x' were not measured. Standard Cell Cathode Potentials, E°cell (V) Fo/Fo2+ Im/Im2+ My/My2+ Od/Od²* Wd/Wd2+ Fo/Fo2* Im/Im2+ My/My2* Od/Od²* Wd/Wd²+ 0. + 0.650 - 0.225 - 0.447 0. + 0.222 0. - 0.203 + 0.344 - 0.425 0. + 0.141 Most Least active active Anode

CRHOWG The Asker · Chemistry
Transcribed Image Text: Task 2: Construct an activity series for the 5 different fictional metals (Fo, Im, My, Od, Wd) given their standard reduction potentials measured below and the observations. Arrange the metals in order of their decreasing electrochemical activity (i.e. most negative to most positive standard reduction potential). Entries marked with 'x' were not measured. Standard Cell Cathode Potentials, E°cell (V) Fo/Fo2+ Im/Im2+ My/My2+ Od/Od²* Wd/Wd2+ Fo/Fo2* Im/Im2+ My/My2* Od/Od²* Wd/Wd²+ 0. + 0.650 - 0.225 - 0.447 0. + 0.222 0. - 0.203 + 0.344 - 0.425 0. + 0.141 Most Least active active Anode
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Transcribed Image Text: Task 2: Construct an activity series for the 5 different fictional metals (Fo, Im, My, Od, Wd) given their standard reduction potentials measured below and the observations. Arrange the metals in order of their decreasing electrochemical activity (i.e. most negative to most positive standard reduction potential). Entries marked with 'x' were not measured. Standard Cell Cathode Potentials, E°cell (V) Fo/Fo2+ Im/Im2+ My/My2+ Od/Od²* Wd/Wd2+ Fo/Fo2* Im/Im2+ My/My2* Od/Od²* Wd/Wd²+ 0. + 0.650 - 0.225 - 0.447 0. + 0.222 0. - 0.203 + 0.344 - 0.425 0. + 0.141 Most Least active active Anode
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Step 1Ans:- The table can be expanded in form of equations.{:[E_("cul ")^(0)=0.650=E_("odt "^(+)//0d)^(0)-E_(F_(0)^(2+))^(0)//F_(0)],[-0.225=E_(F_(0)^(2+)//F_(e))^(0)-E_(Im^(2+)//Im)^(0)quad"-(ii) "],[-0.447=E_(F^(2)+//r_(0))^(0)-E_(My^(2)+//My_(y))^(0)quad-" (iv) "],[0.344=E_(Wd^(2t)//omega d)^(0)-E_(My^(2t)////+y)^(0)-(v)],[-0.425=E_(Im^(2)+1Im)^(0)-E_(0d^(2)+10 d)^(0)-(v^(1))],[-0.203=E_(M_(y)^(2)+∣M_(y))^(0)-E_(theta^(2)+//oo d ... See the full answer