Consider the half-reaction for the reduction of Cd²+ to Cd(s). Cd²+ (aq) + 2e → Cd(s) Ecd² d Calculate the potential of the cadmium electrode at 25 °C when immersed in a 0.0760 M solution of CdBr₂. Ecd = Ecd= -0.4383 Calculate the potential of the cadmium electrode at 25 °C when immersed in a 0.0520 M NaOH solution that is saturated with Cd(OH)2. The Ksp for Cd(OH)₂ is 7.2 x 10-¹5. Ecd = -0.4383 Incorrect Calculate the potential of the cadmium electrode at 25 °C when immersed in a 0.0350 M Cd(NH3)2 + and 0.105 M NH² solution. The ß4 for Cd(NH3)²+is 3.63 × 106. = -0.403 V -0.4383 Incorrect V V V
Consider the half-reaction for the reduction of Cd²+ to Cd(s). Cd²+ (aq) + 2e → Cd(s) Ecd² d Calculate the potential of the cadmium electrode at 25 °C when immersed in a 0.0760 M solution of CdBr₂. Ecd = Ecd= -0.4383 Calculate the potential of the cadmium electrode at 25 °C when immersed in a 0.0520 M NaOH solution that is saturated with Cd(OH)2. The Ksp for Cd(OH)₂ is 7.2 x 10-¹5. Ecd = -0.4383 Incorrect Calculate the potential of the cadmium electrode at 25 °C when immersed in a 0.0350 M Cd(NH3)2 + and 0.105 M NH² solution. The ß4 for Cd(NH3)²+is 3.63 × 106. = -0.403 V -0.4383 Incorrect V V V
Chemistry
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Chapter1: Chemical Foundations
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Consider the half-reaction for the reduction of Cd²+ to Cd(s).
Cd²+(aq) + 2e¯ → Cd(s)
Ecd² +Cd
Calculate the potential of the cadmium electrode at 25 °C when immersed in a 0.0760 M solution of CdBr₂.
Eca
=
Ecd=
Calculate the potential of the cadmium electrode at 25 °C when immersed in a 0.0520 M NaOH solution that is saturated with
Cd(OH)₂. The Ksp for Cd(OH)₂ is 7.2 × 10-¹5.
Eca
-0.4383
=
-0.4383
Incorrect
Calculate the potential of the cadmium electrode at 25 °C when immersed in a 0.0350 M Cd(NH3)² + and 0.105 M NH₂
solution. The 4 for Cd(NH3)²+is 3.63 × 106.
= -0.403 V
-0.4383
Incorrect
V
V
V](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F9b34897d-a6c3-43fc-981b-89c8b15cf823%2Feebf2a3c-2ea6-4a37-9222-40ba2917edbd%2Fjpub7ds_processed.png&w=3840&q=75)
Transcribed Image Text:0
Consider the half-reaction for the reduction of Cd²+ to Cd(s).
Cd²+(aq) + 2e¯ → Cd(s)
Ecd² +Cd
Calculate the potential of the cadmium electrode at 25 °C when immersed in a 0.0760 M solution of CdBr₂.
Eca
=
Ecd=
Calculate the potential of the cadmium electrode at 25 °C when immersed in a 0.0520 M NaOH solution that is saturated with
Cd(OH)₂. The Ksp for Cd(OH)₂ is 7.2 × 10-¹5.
Eca
-0.4383
=
-0.4383
Incorrect
Calculate the potential of the cadmium electrode at 25 °C when immersed in a 0.0350 M Cd(NH3)² + and 0.105 M NH₂
solution. The 4 for Cd(NH3)²+is 3.63 × 106.
= -0.403 V
-0.4383
Incorrect
V
V
V
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