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Include the Fe+3/Fe+2 couple in the proper place amond the reduction potentionals of the halogens. 20...
2. Compute the half-wave potential for the reduction of Fe to Fe in 0.1 M KCIO4 at 3+ 25 °C. To do so use: (0) the standard potential for the Fe Fe2 couple, (ii) diffusion coefficients of Fe and Fe2, calculated from molar ionic conductivities (iii) activity coefficients, calculated from the Debye-Hückel limiting lavw 2. Compute the half-wave potential for the reduction of Fe to Fe in 0.1 M KCIO4 at 3+ 25 °C. To do so use: (0) the...
Chemistry: Experimental Cell Potential Lab report please help checking my work and answering question #2 #3 #4 Thanks! *question #2 #3 #4* Note that the ionic form of Ag is Ag' and of Fe is Fe Write a chemical reaction for each cell. For the reactants, choose the metal that was oxidized ion that was reduced spontaneously (i.e, a + potential) according to your data. (Thesethe elements!) Chemical reaction (oall) Cell notation (see text) (NA1 Zn(s)+Cu-Zn+Cu(s) r凸の, Zn(s) | Zn2...
When answering Parts a-h, consider only the molecules and ions, Fe^2+(aq), Cd(OH)2(s), SO4^2-(aq), Al(s), I^-(aq), and Cr2O7^2-(aq), under standard state conditions. (1 pt each) Use standard reduction table. a) Which of these molecules and ions are oxidizing agents? b) Which of these molecules and ions are reducing agents? c) List the oxidizing agents from part a in DECREASING order of oxidizing agent strength. (strongest OA to weakest OA) d) List the reducing agents from part b in DECREASING order of...