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)+3H() CHNO (ag) + 2Ag(s) Glag)+H(g) Cr20, (ag) + H;O() centrations are 1.0 M and that all partial pressures are 1.0 atm. b. Zn(s) + Ag (aq) = Zn²+(aq) + Ag(s) anode. Give the UV a. 103 (aq) + Fe2+(ag) Fe3+(aq) + 12(aq) e and e that all con- A. MnO b. MnO4 aq ations by the half-reaction ified. + Mn (ag) (acidic) 27. Calculate E° values for the galvanic cells in Exercise 25. (acidic)28. Calculate &° values for the galvanic cells in Exercise 26. 29. Sketch the galvanic cells based on the following half-reactions. Show the direction of electron flow, show the direction of ion migration through the salt bridge, and identify the cathode and anode. Give the overall balanced reaction, and determine Eo for the galvanic cells. Assume that all concentrations are Table + NOg) (acidic) 29 38. Calculate AC 30. . Calculate AG (basic) T (ag) (basic) 19, Chlorine di 2NACIO G(ag) (basic) 1.0M and that all partial pressures are 1.0 atm a. Cl, + 2e → 2C1- Br+2e 2Br b. MnO4 +8H* + 5e¯ → Mn²+ + 4H,O 10+ 2H+ + 2e¯ → IO3 + H,O 30. Sketch the galvanic cells based on the following half-reactions Show the direction of electron flow, show the direction of ion migration through the salt bridge, and identify the cath- ode and anode. Give the overall balard reaction, and de- Eo = 1.36 V E° = 1.09 V lectrolytic %3D %3D sk in a has been E° = 1.51 V E° = 1.60 V ment. Usin 25°C for termine E° for the galvanic cells. Assume that all concentra- tions are 1.0 M and that all 40. The amou it to perr acid, pro the deep acid sol · a.

)+3H() CHNO (ag) + 2Ag(s) Glag)+H(g) Cr20, (ag) + H;O() centrations are 1.0 M and that all partial pressures are 1.0 atm. b. Zn(s) + Ag (aq) = Zn²+(aq) + Ag(s) anode. Give the UV a. 103 (aq) + Fe2+(ag) Fe3+(aq) + 12(aq) e and e that all con- A. MnO b. MnO4 aq ations by the half-reaction ified. + Mn (ag) (acidic) 27. Calculate E° values for the galvanic cells in Exercise 25. (acidic)28. Calculate &° values for the galvanic cells in Exercise 26. 29. Sketch the galvanic cells based on the following half-reactions. Show the direction of electron flow, show the direction of ion migration through the salt bridge, and identify the cathode and anode. Give the overall balanced reaction, and determine Eo for the galvanic cells. Assume that all concentrations are Table + NOg) (acidic) 29 38. Calculate AC 30. . Calculate AG (basic) T (ag) (basic) 19, Chlorine di 2NACIO G(ag) (basic) 1.0M and that all partial pressures are 1.0 atm a. Cl, + 2e → 2C1- Br+2e 2Br b. MnO4 +8H* + 5e¯ → Mn²+ + 4H,O 10+ 2H+ + 2e¯ → IO3 + H,O 30. Sketch the galvanic cells based on the following half-reactions Show the direction of electron flow, show the direction of ion migration through the salt bridge, and identify the cath- ode and anode. Give the overall balard reaction, and de- Eo = 1.36 V E° = 1.09 V lectrolytic %3D %3D sk in a has been E° = 1.51 V E° = 1.60 V ment. Usin 25°C for termine E° for the galvanic cells. Assume that all concentra- tions are 1.0 M and that all 40. The amou it to perr acid, pro the deep acid sol · a.

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Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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)+3H() CHNO (ag) + 2Ag(s) Glag)+H(g) Cr20, (ag) + H;O() centrations are 1.0 M and that all partial pressures are 1.0 atm. b. Zn(s) + Ag (aq) = Zn²+(aq) + Ag(s) anode. Give the UV a. 103 (aq) + Fe2+(ag) Fe3+(aq) + 12(aq) e and e that all con- A. MnO b. MnO4 aq ations by the half-reaction ified. + Mn (ag) (acidic) 27. Calculate E° values for the galvanic cells in Exercise 25. (acidic)28. Calculate &° values for the galvanic cells in Exercise 26. 29. Sketch the galvanic cells based on the following half-reactions. Show the direction of electron flow, show the direction of ion migration through the salt bridge, and identify the cathode and anode. Give the overall balanced reaction, and determine Eo for the galvanic cells. Assume that all concentrations are Table + NOg) (acidic) 29 38. Calculate AC 30. . Calculate AG (basic) T (ag) (basic) 19, Chlorine di 2NACIO G(ag) (basic) 1.0M and that all partial pressures are 1.0 atm a. Cl, + 2e → 2C1- Br+2e 2Br b. MnO4 +8H* + 5e¯ → Mn²+ + 4H,O 10+ 2H+ + 2e¯ → IO3 + H,O 30. Sketch the galvanic cells based on the following half-reactions Show the direction of electron flow, show the direction of ion migration through the salt bridge, and identify the cath- ode and anode. Give the overall balard reaction, and de- Eo = 1.36 V E° = 1.09 V lectrolytic %3D %3D sk in a has been E° = 1.51 V E° = 1.60 V ment. Usin 25°C for termine E° for the galvanic cells. Assume that all concentra- tions are 1.0 M and that all 40. The amou it to perr acid, pro the deep acid sol · a.
Transcribed Image Text:)+3H() CHNO (ag) + 2Ag(s) Glag)+H(g) Cr20, (ag) + H;O() centrations are 1.0 M and that all partial pressures are 1.0 atm. b. Zn(s) + Ag (aq) = Zn²+(aq) + Ag(s) anode. Give the UV a. 103 (aq) + Fe2+(ag) Fe3+(aq) + 12(aq) e and e that all con- A. MnO b. MnO4 aq ations by the half-reaction ified. + Mn (ag) (acidic) 27. Calculate E° values for the galvanic cells in Exercise 25. (acidic)28. Calculate &° values for the galvanic cells in Exercise 26. 29. Sketch the galvanic cells based on the following half-reactions. Show the direction of electron flow, show the direction of ion migration through the salt bridge, and identify the cathode and anode. Give the overall balanced reaction, and determine Eo for the galvanic cells. Assume that all concentrations are Table + NOg) (acidic) 29 38. Calculate AC 30. . Calculate AG (basic) T (ag) (basic) 19, Chlorine di 2NACIO G(ag) (basic) 1.0M and that all partial pressures are 1.0 atm a. Cl, + 2e → 2C1- Br+2e 2Br b. MnO4 +8H* + 5e¯ → Mn²+ + 4H,O 10+ 2H+ + 2e¯ → IO3 + H,O 30. Sketch the galvanic cells based on the following half-reactions Show the direction of electron flow, show the direction of ion migration through the salt bridge, and identify the cath- ode and anode. Give the overall balard reaction, and de- Eo = 1.36 V E° = 1.09 V lectrolytic %3D %3D sk in a has been E° = 1.51 V E° = 1.60 V ment. Usin 25°C for termine E° for the galvanic cells. Assume that all concentra- tions are 1.0 M and that all 40. The amou it to perr acid, pro the deep acid sol · a.
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