coral 1.0 mo Ca(Q) Fig. 1 THE Match the numbers on the electrochemical cell in figure 1 with the descriptors below. Number Descriptor Select one: O +0.41V -0.41V +0.15V -0.15V Anode Cathode SOA SRA Positive electrode Negative electrode Pathway that allows electrons to flow Pathway that allows ions to flow Direction that electrons flow Direction that cations flow The net cell potential for this electrochemical cell is 1.0 moit Pb (aq)

Chemistry
10th Edition
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Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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Fif
1.0 moL
có loại
Fig. 1
Co(s)
Number Descriptor
。
Match the numbers on the electrochemical cell in figure 1 with the descriptors below.
Anode
Select one:
O +0.41V
-0.41V
+0.15V
-0.15V
Cathode
SOA
SRA
Positive electrode
Negative electrode
Pathway that allows electrons to flow
Pathway that allows ions to flow
Direction that electrons flow
Direction that cations flow
The net cell potential for this electrochemical cell is
Pb(s)
1.0 mol
Pb²(aq)
Transcribed Image Text:Fif 1.0 moL có loại Fig. 1 Co(s) Number Descriptor 。 Match the numbers on the electrochemical cell in figure 1 with the descriptors below. Anode Select one: O +0.41V -0.41V +0.15V -0.15V Cathode SOA SRA Positive electrode Negative electrode Pathway that allows electrons to flow Pathway that allows ions to flow Direction that electrons flow Direction that cations flow The net cell potential for this electrochemical cell is Pb(s) 1.0 mol Pb²(aq)
Which of the following graphs represents the change in mass of the cobalt and the lead electrodes as the cell operates?
Select one:
O
O
O
Mass of Co(s)
Mass of Pb(s) (9)
=
+K
Mass of Co(8)
Mass of Pb(s) (g)
(g)
Mass of Co(s)
(g)
Mass of Pb(s) (g)
-LL
Mass of Co(s)
Mass of Pb(s) (0)
(g)
Transcribed Image Text:Which of the following graphs represents the change in mass of the cobalt and the lead electrodes as the cell operates? Select one: O O O Mass of Co(s) Mass of Pb(s) (9) = +K Mass of Co(8) Mass of Pb(s) (g) (g) Mass of Co(s) (g) Mass of Pb(s) (g) -LL Mass of Co(s) Mass of Pb(s) (0) (g)
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