For the cell below, label the following on the diagram provided: Cu|0.10M Cu(NO3)2 || Ni|0.50M Ni(NO3)2 Observed EMF = 0.1V Anode Cathode Show solution in porous cup. Show solution in beaker. Show direction of electron flow in the wire Give reduction equation and voltage: Give oxidation equation and voltage: Give net equation and voltage: Identify anions: Identify cations:

Chemistry
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ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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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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For the cell below, label the following on the diagram provided:

Cu|0.10M Cu(NO3)2 || Ni|0.50M Ni(NO3)2

Observed EMF = 0.1V

  • Anode
  • Cathode
  • Show solution in porous cup.
  • Show solution in beaker.
  • Show direction of electron flow in the wire
  1. Give reduction equation and voltage:
  2. Give oxidation equation and voltage:
  3. Give net equation and voltage:
  4. Identify anions:
  5. Identify cations:

EXAMPLE ATTACHED.

Electrolyti. Cell ( Non- Spontaneous)
Calculato the Average Curnont in Amps.
Amp= Coulomb/soc
f= 96,500 Coulommbs/mob
Data :
( P H=7
Final PH= 10.5
e
Time = 1omin
Vol KI solution 30.0ml
Hzot +Of
dathoda -GER
A node:LEo
Oven sll:
2I + 2H,0– I,+ Hz + OH"
Calcu lations:
-6
PoH - 3.5
[ONJ'= 3.16x10m
JOH
-6
9.5x1D mob e (96 500 Coul
mol
•92 caul.
bosm o boo Soc
99 Coulemb
boo see
.0015 Coul./soc
lomin
.3
|.5 xID A mps
Transcribed Image Text:Electrolyti. Cell ( Non- Spontaneous) Calculato the Average Curnont in Amps. Amp= Coulomb/soc f= 96,500 Coulommbs/mob Data : ( P H=7 Final PH= 10.5 e Time = 1omin Vol KI solution 30.0ml Hzot +Of dathoda -GER A node:LEo Oven sll: 2I + 2H,0– I,+ Hz + OH" Calcu lations: -6 PoH - 3.5 [ONJ'= 3.16x10m JOH -6 9.5x1D mob e (96 500 Coul mol •92 caul. bosm o boo Soc 99 Coulemb boo see .0015 Coul./soc lomin .3 |.5 xID A mps
voltmeter
angator
clips
volts
Transcribed Image Text:voltmeter angator clips volts
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