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PART A. Cell Potentials Negative Electrode Electrode E° cell Anode E° anode Cathode E° cathode System Used (volts) Reaction (volts) Reaction (volts) 1 2 3 4 6. Calculations 1. Write the anode reaction in each of the cells in terms of a reduction. Write the cathode reac- tion for each of the cells. 2. Assign a value of 0.00 V for E° systems you used in your cells. Enter this value into the table for all of the silver electrode Ag*, Ag * 3. For all of the remaining half-cell systems, calculate E°, and E°. aпode by recognizing that cathode E°. cell = E° - E° anode" cathode

PART A. Cell Potentials Negative Electrode Electrode E° cell Anode E° anode Cathode E° cathode System Used (volts) Reaction (volts) Reaction (volts) 1 2 3 4 6. Calculations 1. Write the anode reaction in each of the cells in terms of a reduction. Write the cathode reac- tion for each of the cells. 2. Assign a value of 0.00 V for E° systems you used in your cells. Enter this value into the table for all of the silver electrode Ag*, Ag * 3. For all of the remaining half-cell systems, calculate E°, and E°. aпode by recognizing that cathode E°. cell = E° - E° anode" cathode

Chemistry
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
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Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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PART A. CelI Potentials Electrode E° Cathode Negative Electrode Anode E° E° cell anode cathode System Used (volts) Reaction (volts) Reaction (volts) 1 2 4 5 6 Calculations 1. Write the anode reaction in each of the cells in terms of a reduction. Write the cathode reac- tion for each of the cells. 2. Assign a value of 0.00 V for E° Enter this value into the table for all of the silver electrode Ag*, Ag systems you used in your cells. 3. For all of the remaining half-cell systems, calculate E° cathode and E° апode by recognizing that E°. = ° – °. cell cathode aпode" 3.
Transcribed Image Text:PART A. CelI Potentials Electrode E° Cathode Negative Electrode Anode E° E° cell anode cathode System Used (volts) Reaction (volts) Reaction (volts) 1 2 4 5 6 Calculations 1. Write the anode reaction in each of the cells in terms of a reduction. Write the cathode reac- tion for each of the cells. 2. Assign a value of 0.00 V for E° Enter this value into the table for all of the silver electrode Ag*, Ag systems you used in your cells. 3. For all of the remaining half-cell systems, calculate E° cathode and E° апode by recognizing that E°. = ° – °. cell cathode aпode" 3.
Data 7 Para A Degative electrode Hgt=paritivc electrode 5421.9 mu う 2)っFc3t negative electrode → Agt electrode %3D pasitive 254.0 mv 3) 2n2+ → Agt Ź Degadive electrode electrode pesitive 1510.3 pasitive elecrode ) Agt -) 676.3 = Degutive electiode 5) Br Br's positie electrode negative electrode >392,3 m 21,5: 0egatine electrode 27 2 AgiERositive electrode > 14761 nav • Baa B >C?"=negarire elechiode %3D → Agte positivc electrode D.z4249 my 2 > NH, in c = 659,7 mu io Agt- l,9 mu
Transcribed Image Text:Data 7 Para A Degative electrode Hgt=paritivc electrode 5421.9 mu う 2)っFc3t negative electrode → Agt electrode %3D pasitive 254.0 mv 3) 2n2+ → Agt Ź Degadive electrode electrode pesitive 1510.3 pasitive elecrode ) Agt -) 676.3 = Degutive electiode 5) Br Br's positie electrode negative electrode >392,3 m 21,5: 0egatine electrode 27 2 AgiERositive electrode > 14761 nav • Baa B >C?"=negarire elechiode %3D → Agte positivc electrode D.z4249 my 2 > NH, in c = 659,7 mu io Agt- l,9 mu
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