Podcast
Play an AI-generated podcast conversation about this lesson
Download our mobile app to listen on the go
Get App
Questions and Answers
What is the overall cell reaction for the given cell?
What is the overall cell reaction for the given cell?
- 2Ag+ + Fe → Fe2+ + 2Ag
- Fe + 2Ag+ → Fe2+ + 2Ag (correct)
- Fe2+ + Ag → Fe + 2Ag+
- Fe2+ + 2Ag → Fe + 2Ag+
What is the value of E0cell for the given cell?
What is the value of E0cell for the given cell?
- 0.80V
- 0.36V
- 0.44V
- 1.24V (correct)
What is the potential of the concentration cell Pt/H2 (8atm)/HCl(0.3M)/H2(2atm)/Pt at 250C?
What is the potential of the concentration cell Pt/H2 (8atm)/HCl(0.3M)/H2(2atm)/Pt at 250C?
- 0.36V
- 0.0591V
- 1.24V
- 0.01779V (correct)
What is the anode in the concentration cell Pt/H2 (8atm)/HCl(0.3M)/H2(2atm)/Pt?
What is the anode in the concentration cell Pt/H2 (8atm)/HCl(0.3M)/H2(2atm)/Pt?
Signup and view all the answers
What is the cathode in the given cell with the overall reaction Fe + 2Ag+ → Fe2+ + 2Ag?
What is the cathode in the given cell with the overall reaction Fe + 2Ag+ → Fe2+ + 2Ag?
Signup and view all the answers
Flashcards are hidden until you start studying
Study Notes
Cell Reaction and Electrode Identification
- The overall cell reaction for the given cell is: Fe + 2Ag+ → Fe2+ + 2Ag
- The anode in the concentration cell Pt/H2 (8atm)/HCl(0.3M)/H2(2atm)/Pt is the electrode with 8atm H2
- The cathode in the given cell with the overall reaction Fe + 2Ag+ → Fe2+ + 2Ag is where the reduction reaction occurs: 2Ag+ → 2Ag
Cell Potential and Concentration
- The value of E0cell for the given cell is not specified, but it can be calculated using the standard electrode potentials of the involved half-reactions
- The potential of the concentration cell Pt/H2 (8atm)/HCl(0.3M)/H2(2atm)/Pt at 250C can be calculated using the Nernst equation, considering the concentration gradient of H2 and H+ ions
Studying That Suits You
Use AI to generate personalized quizzes and flashcards to suit your learning preferences.
