(a)
Interpretation:
The standard cell notation of
Concept introduction:
A galvanic cell is represented by writing the anode where oxidation occurs on the left hand side and cathode where reduction occurs on right hand side.
Answer to Problem 39A
The standard cell notation of
Explanation of Solution
- A galvanic cell is represented by writing the anode where oxidation occurs on the left hand side and cathode where reduction occurs on right hand side.
- The anode of the cell is represented by writing metal or solid phase first then the electrolyte while the cathode is represented by writing the electrolyte first and then metal and soli phase.
- The salt bridge which separates the two half cells is indicated by two vertical lines
So, the cell representation is given as
The standard cell notation of
(b)
Interpretation:
The standard cell notation of
Concept introduction:
A galvanic cell is represented by writing the anode where oxidation occurs on the left hand side and cathode where reduction occurs on right hand side.
(b)
Answer to Problem 39A
The standard cell notation of
Explanation of Solution
- A galvanic cell is represented by writing the anode where oxidation occurs on the left hand side and cathode where reduction occurs on right hand side.
- The anode of the cell is represented by writing metal or solid phase first then the electrolyte while the cathode is represented by writing the electrolyte first and then metal and soli phase.
- The salt bridge which separates the two half cells is indicated by two vertical lines
The standard cell notation of
(c)
Interpretation:
The standard cell notation of
Concept introduction:
A galvanic cell is represented by writing the anode where oxidation occurs on the left hand side and cathode where reduction occurs on right hand side.
(c)
Answer to Problem 39A
The standard cell notation of
Explanation of Solution
- A galvanic cell is represented by writing the anode where oxidation occurs on the left hand side and cathode where reduction occurs on right hand side.
- The anode of the cell is represented by writing metal or solid phase first then the electrolyte while the cathode is represented by writing the electrolyte first and then metal and soli phase.
- The salt bridge which separates the two half cells is indicated by two vertical lines
The standard cell notation of
(d)
Interpretation:
The standard cell notation of
Concept introduction:
A galvanic cell is represented by writing the anode where oxidation occurs on the left hand side and cathode where reduction occurs on right hand side.
(d)
Answer to Problem 39A
The standard cell notation of
Explanation of Solution
- A galvanic cell is represented by writing the anode where oxidation occurs on the left hand side and cathode where reduction occurs on right hand side.
- The anode of the cell is represented by writing metal or solid phase first then the electrolyte while the cathode is represented by writing the electrolyte first and then metal and soli phase.
- The salt bridge which separates the two half cells is indicated by two vertical lines
The standard cell notation of
Chapter 20 Solutions
Chemistry: Matter and Change
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