Consider the electrolysis of zinc(II) bromide. Determine the product at the cathode and the product at the anode. [E° ( Zn 2* /Zn) = -0.76 V; E° (Br2/Br ') = +1.07 V; E° (H2O/H2, OH') = -0.83 V; E° (O 2, H */H 20) = +1.23 V] O Zn is formed at the cathode. O Hz is formed at the cathode O 02 is formed at the cathode. Br2 is formed at the anode. O Hz is formed at the anode. O 0z is formed at the anode.

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Chapter18: Electrochemistry
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Consider the electrolysis of zinc(II) bromide. Determine the product at the cathode and the product at the anode.
[E° ( Zn 2* /Zn) = -0.76 V; E° (Br2/Br ) = +1.07 V; E° (H2O/H2, OH') = -0.83 V; E° (O 2. H */H 20) = +1.23 V]
O Zn is formed at the cathode.
O Hz is formed at the cathode
O 0z is formed at the cathode.
O Brz is formed at the anode.
O Hz is formed at the anode.
O 0z is formed at the anode.
Transcribed Image Text:Consider the electrolysis of zinc(II) bromide. Determine the product at the cathode and the product at the anode. [E° ( Zn 2* /Zn) = -0.76 V; E° (Br2/Br ) = +1.07 V; E° (H2O/H2, OH') = -0.83 V; E° (O 2. H */H 20) = +1.23 V] O Zn is formed at the cathode. O Hz is formed at the cathode O 0z is formed at the cathode. O Brz is formed at the anode. O Hz is formed at the anode. O 0z is formed at the anode.
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