![Question Video: Identifying the Reaction That Occurs at the Positive Plate of a Lead-Acid Accumulator Battery During the Discharge Phase | Nagwa Question Video: Identifying the Reaction That Occurs at the Positive Plate of a Lead-Acid Accumulator Battery During the Discharge Phase | Nagwa](https://media.nagwa.com/504181531910/en/thumbnail_l.jpeg)
Question Video: Identifying the Reaction That Occurs at the Positive Plate of a Lead-Acid Accumulator Battery During the Discharge Phase | Nagwa
![Question Video: Identifying the Overall Equation for the Reaction That Occurs When Lead–Acid Batteries Discharge | Nagwa Question Video: Identifying the Overall Equation for the Reaction That Occurs When Lead–Acid Batteries Discharge | Nagwa](https://media.nagwa.com/408186983648/en/thumbnail_l.jpeg)
Question Video: Identifying the Overall Equation for the Reaction That Occurs When Lead–Acid Batteries Discharge | Nagwa
![SOLVED:Half-reactions for a lead-acid storage battery are below. PbO2(s)+SO4^2-(aq)+4 H3O^+(aq)+2 e^-→ PbSO4(s)+6 H2O(l) E^0=+1.685 V PbSO4(s)+2 e^-→Pb(s)+SO4^2-(aq) E^0=-0.356 V What is the standard cell potential for one cell in a car battery? SOLVED:Half-reactions for a lead-acid storage battery are below. PbO2(s)+SO4^2-(aq)+4 H3O^+(aq)+2 e^-→ PbSO4(s)+6 H2O(l) E^0=+1.685 V PbSO4(s)+2 e^-→Pb(s)+SO4^2-(aq) E^0=-0.356 V What is the standard cell potential for one cell in a car battery?](https://cdn.numerade.com/previews/ef396843-733f-4d23-8732-73bb08581931_large.jpg)
SOLVED:Half-reactions for a lead-acid storage battery are below. PbO2(s)+SO4^2-(aq)+4 H3O^+(aq)+2 e^-→ PbSO4(s)+6 H2O(l) E^0=+1.685 V PbSO4(s)+2 e^-→Pb(s)+SO4^2-(aq) E^0=-0.356 V What is the standard cell potential for one cell in a car battery?
![The anodic half - cell of lead - acid battery is recharged using electricity of 0.05 Faraday. The amount of PbSO4 electrolyzed in g during the process is : ( Molar mass of PbSO4 = 303 g .mol^-1) The anodic half - cell of lead - acid battery is recharged using electricity of 0.05 Faraday. The amount of PbSO4 electrolyzed in g during the process is : ( Molar mass of PbSO4 = 303 g .mol^-1)](https://dwes9vv9u0550.cloudfront.net/images/1788913/b8bd8307-15bf-479e-8057-2923dc05b599.jpg)