(a)
Interpretation: The balanced equation for the cell reaction for each of the given pairs is to be stated. The identification of the half reaction at each anode and cathode is to be done.
Concept introduction: The half cell in which oxidation takes place is known as anode and the half cell at which reduction takes place is called cathode.
To determine: The balanced equation for the cell reaction for each of the given pair and the identification of the half reaction at each anode and cathode.
(a)
Answer to Problem 19.36QP
Solution
The balanced equation for the cell reaction for each of the given pair is shown in equation (5). The half reaction at anode is shown in equation (3) and the half reaction at cathode is shown in equation (4).
Explanation of Solution
Explanation
The given pair is,
The standard reduction potentials are,
Equation (1) has more
Multiply equation (2) by
Add equation (3) and (4) to get the balanced equation.
The half reaction at anode is shown in equation (3) and the half reaction at cathode is shown in equation (4).
(b)
To determine: The balanced equation for the cell reaction for each of the given pair and the identification of the half reaction at each anode and cathode.
(b)
Answer to Problem 19.36QP
Solution
The balanced equation for the cell reaction for each of the given pair is shown in equation (10). The half reaction at anode is shown in equation (8) and the half reaction at cathode is shown in equation (7).
Explanation of Solution
Explanation
The given pair is,
The standard reduction potentials are,
Reverse the equation (6) to get positive value of
Multiply equation (8) by
Add equation (7) and (9) to get the balanced equation.
The half reaction at anode is shown in equation (8) and the half reaction at cathode is shown in equation (7).
(c)
To determine: The balanced equation for the cell reaction for each of the given pair and the identification of the half reaction at each anode and cathode.
(c)
Answer to Problem 19.36QP
Solution
The balanced equation for the cell reaction for each of the given pair is shown in equation (15). The half reaction at anode is shown in equation (13) and the half reaction at cathode is shown in equation (11).
Explanation of Solution
Explanation
The given pair is,
The standard reduction potentials are,
Reverse the equation (12) to get positive value of
Multiply equation (13) by
Add equation (11) and (14) to get the balanced equation.
The half reaction at anode is shown in equation (13) and the half reaction at cathode is shown in equation (11).
Conclusion
The balanced equations for the cell reaction for each of the given pairs have been stated
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Chapter 19 Solutions
Chemistry: The Science in Context (Fourth Edition)
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