Calculate equilibrium constant for the galvanic cell composed of a bromate/bromide half-cell and a chlorate/chlorine dioxide half-cel. CIO, + 2 H* + e CIO2 + H2O E° = 1.130 V BrO3 +3 H20 + 6 e Br + 6 OH- E° = 0.613 V O 2.74 x 1052 O 3.01 x 1017 O 2.74 x 1017 O 3.01 x 1052
Calculate equilibrium constant for the galvanic cell composed of a bromate/bromide half-cell and a chlorate/chlorine dioxide half-cel. CIO, + 2 H* + e CIO2 + H2O E° = 1.130 V BrO3 +3 H20 + 6 e Br + 6 OH- E° = 0.613 V O 2.74 x 1052 O 3.01 x 1017 O 2.74 x 1017 O 3.01 x 1052
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Chapter1: Chemical Foundations
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![Calculate equilibrium constant for the galvanic cell composed of a bromate/bromide half-cell and a chlorate/chlorine dioxide half-cell.
CIO, + 2 H* + e CIO2 + H2O
E° = 1.130 V
BrOg + 3 H20 + 6 e = Br + 6 OH
E° = 0.613 V
O 2.74 x 1052
O 3.01 x 1017
O 2.74 x 1017
O 3.01 x 102](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F7a81e7a9-d354-47fe-8ee2-b0cad75dd3e6%2F7bb9248b-3e1a-4cd0-adf4-7092baabb8f2%2Flkztb2o_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Calculate equilibrium constant for the galvanic cell composed of a bromate/bromide half-cell and a chlorate/chlorine dioxide half-cell.
CIO, + 2 H* + e CIO2 + H2O
E° = 1.130 V
BrOg + 3 H20 + 6 e = Br + 6 OH
E° = 0.613 V
O 2.74 x 1052
O 3.01 x 1017
O 2.74 x 1017
O 3.01 x 102
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