1. The    flow    if    electrons    in    an    electrochemical cell    is    always    from    _______    to    _______. 2. In    half-cells,    reduction    occurs    in    the    ______    while    oxidation    occurs    in    the    _______. 3. In    a    galvanic    cell,    ��(�) oxidizes    to    form    ��!"(��) while    ��!" reduced    to    form    ��(�). a. Write    the    half    reactions    for    this    galvanic    cell. b. Provide its    cell    notation    (line    notation).

Chemistry: An Atoms First Approach
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Author:Steven S. Zumdahl, Susan A. Zumdahl
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Chapter17: Electrochemistry
Section: Chapter Questions
Problem 135CWP: Consider a galvanic cell based on the following half-reactions: a. What is the expected cell...
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1. The    flow    if    electrons    in    an    electrochemical cell    is    always    from    _______    to    _______.
2. In    half-cells,    reduction    occurs    in    the    ______    while    oxidation    occurs    in    the    _______.
3. In    a    galvanic    cell,    ��(�) oxidizes    to    form    ��!"(��) while    ��!" reduced    to    form    ��(�).
a. Write    the    half    reactions    for    this    galvanic    cell.
b. Provide its    cell    notation    (line    notation).
4. (a)    Draw    a    diagram,    (b)    show    balanced    half-reactions,    and    (c)    write    the    standard    cell    
notation    (line    notation)    for    a    voltaic    (galvanic)    cell    that    consists    of    one    half-cell    with    
a solid �� bar    submerged    in    ��(��#)# solution,    another half-cell    composed    on    a solid    
silver    bar    in    ����# solution, and    a    ���# salt    bridge.    Measurement    indicates    that    the    
chromium    electrode    is    negative relative    to    the    silver    electrode.

1. The flow if electrons in an electrochemical cell is always from
to
2. In half-cells, reduction occurs in the .
while oxidation occurs in the
3. In a galvanic cell, Ni(s) oxidizes to form Ni²+(aq) while Cu²+ reduced to form Cu(s).
a. Write the half reactions for this galvanic cell.
b. Provide its cell notation (line notation).
4. (a) Draw a diagram, (b) show balanced half-reactions, and (c) write the standard cell
notation (line notation) for a voltaic (galvanic) cell that consists of one half-cell with
a solid Cr bar submerged in Cr(N03)3 solution, another half-cell composed on a solid
silver bar in A9NO3 solution, and a KNO3 salt bridge. Measurement indicates that the
chromium electrode is negative relative to the silver electrode.
Transcribed Image Text:1. The flow if electrons in an electrochemical cell is always from to 2. In half-cells, reduction occurs in the . while oxidation occurs in the 3. In a galvanic cell, Ni(s) oxidizes to form Ni²+(aq) while Cu²+ reduced to form Cu(s). a. Write the half reactions for this galvanic cell. b. Provide its cell notation (line notation). 4. (a) Draw a diagram, (b) show balanced half-reactions, and (c) write the standard cell notation (line notation) for a voltaic (galvanic) cell that consists of one half-cell with a solid Cr bar submerged in Cr(N03)3 solution, another half-cell composed on a solid silver bar in A9NO3 solution, and a KNO3 salt bridge. Measurement indicates that the chromium electrode is negative relative to the silver electrode.
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