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What Is the Standard Cell Potential for a Voltaic Cell

Question 54

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What is the standard cell potential for a voltaic cell using the Pb2/Pb and Mg2/Mg half-reactions? Which metal is the cathode? Standard Reduction
Potentials (volts) in Aqueous Solution What is the standard cell potential for a voltaic cell using the Pb<sup>2</sup><font face= symbol ><sup></sup></font>/Pb and Mg<sup>2</sup><font face= symbol ><sup></sup></font>/Mg half-reactions? Which metal is the cathode? Standard Reduction Potentials (volts) in Aqueous Solution <font face= symbol ></font>1.80 <font face= symbol ></font>1.50 <font face= symbol ></font>0.771 <font face= symbol ></font>0.535 <font face= symbol ></font>0.124 <font face= symbol ></font>1.66 <font face= symbol ></font>2.37 <font face= symbol ></font>2.93 A) (<font face= symbol ></font>2.25 V, Pb is the cathode) B) (<font face= symbol ></font>2.25 V, Mg is the cathode) C) (<font face= symbol ></font>2.25 V, Mg is the cathode) D) (<font face= symbol ></font>2.25 V, Pb is the cathode) E) (<font face= symbol ></font>2.49 V, Mg is the cathode) 1.80 What is the standard cell potential for a voltaic cell using the Pb<sup>2</sup><font face= symbol ><sup></sup></font>/Pb and Mg<sup>2</sup><font face= symbol ><sup></sup></font>/Mg half-reactions? Which metal is the cathode? Standard Reduction Potentials (volts) in Aqueous Solution <font face= symbol ></font>1.80 <font face= symbol ></font>1.50 <font face= symbol ></font>0.771 <font face= symbol ></font>0.535 <font face= symbol ></font>0.124 <font face= symbol ></font>1.66 <font face= symbol ></font>2.37 <font face= symbol ></font>2.93 A) (<font face= symbol ></font>2.25 V, Pb is the cathode) B) (<font face= symbol ></font>2.25 V, Mg is the cathode) C) (<font face= symbol ></font>2.25 V, Mg is the cathode) D) (<font face= symbol ></font>2.25 V, Pb is the cathode) E) (<font face= symbol ></font>2.49 V, Mg is the cathode) 1.50 What is the standard cell potential for a voltaic cell using the Pb<sup>2</sup><font face= symbol ><sup></sup></font>/Pb and Mg<sup>2</sup><font face= symbol ><sup></sup></font>/Mg half-reactions? Which metal is the cathode? Standard Reduction Potentials (volts) in Aqueous Solution <font face= symbol ></font>1.80 <font face= symbol ></font>1.50 <font face= symbol ></font>0.771 <font face= symbol ></font>0.535 <font face= symbol ></font>0.124 <font face= symbol ></font>1.66 <font face= symbol ></font>2.37 <font face= symbol ></font>2.93 A) (<font face= symbol ></font>2.25 V, Pb is the cathode) B) (<font face= symbol ></font>2.25 V, Mg is the cathode) C) (<font face= symbol ></font>2.25 V, Mg is the cathode) D) (<font face= symbol ></font>2.25 V, Pb is the cathode) E) (<font face= symbol ></font>2.49 V, Mg is the cathode) 0.771 What is the standard cell potential for a voltaic cell using the Pb<sup>2</sup><font face= symbol ><sup></sup></font>/Pb and Mg<sup>2</sup><font face= symbol ><sup></sup></font>/Mg half-reactions? Which metal is the cathode? Standard Reduction Potentials (volts) in Aqueous Solution <font face= symbol ></font>1.80 <font face= symbol ></font>1.50 <font face= symbol ></font>0.771 <font face= symbol ></font>0.535 <font face= symbol ></font>0.124 <font face= symbol ></font>1.66 <font face= symbol ></font>2.37 <font face= symbol ></font>2.93 A) (<font face= symbol ></font>2.25 V, Pb is the cathode) B) (<font face= symbol ></font>2.25 V, Mg is the cathode) C) (<font face= symbol ></font>2.25 V, Mg is the cathode) D) (<font face= symbol ></font>2.25 V, Pb is the cathode) E) (<font face= symbol ></font>2.49 V, Mg is the cathode) 0.535 What is the standard cell potential for a voltaic cell using the Pb<sup>2</sup><font face= symbol ><sup></sup></font>/Pb and Mg<sup>2</sup><font face= symbol ><sup></sup></font>/Mg half-reactions? Which metal is the cathode? Standard Reduction Potentials (volts) in Aqueous Solution <font face= symbol ></font>1.80 <font face= symbol ></font>1.50 <font face= symbol ></font>0.771 <font face= symbol ></font>0.535 <font face= symbol ></font>0.124 <font face= symbol ></font>1.66 <font face= symbol ></font>2.37 <font face= symbol ></font>2.93 A) (<font face= symbol ></font>2.25 V, Pb is the cathode) B) (<font face= symbol ></font>2.25 V, Mg is the cathode) C) (<font face= symbol ></font>2.25 V, Mg is the cathode) D) (<font face= symbol ></font>2.25 V, Pb is the cathode) E) (<font face= symbol ></font>2.49 V, Mg is the cathode) 0.124 What is the standard cell potential for a voltaic cell using the Pb<sup>2</sup><font face= symbol ><sup></sup></font>/Pb and Mg<sup>2</sup><font face= symbol ><sup></sup></font>/Mg half-reactions? Which metal is the cathode? Standard Reduction Potentials (volts) in Aqueous Solution <font face= symbol ></font>1.80 <font face= symbol ></font>1.50 <font face= symbol ></font>0.771 <font face= symbol ></font>0.535 <font face= symbol ></font>0.124 <font face= symbol ></font>1.66 <font face= symbol ></font>2.37 <font face= symbol ></font>2.93 A) (<font face= symbol ></font>2.25 V, Pb is the cathode) B) (<font face= symbol ></font>2.25 V, Mg is the cathode) C) (<font face= symbol ></font>2.25 V, Mg is the cathode) D) (<font face= symbol ></font>2.25 V, Pb is the cathode) E) (<font face= symbol ></font>2.49 V, Mg is the cathode) 1.66 What is the standard cell potential for a voltaic cell using the Pb<sup>2</sup><font face= symbol ><sup></sup></font>/Pb and Mg<sup>2</sup><font face= symbol ><sup></sup></font>/Mg half-reactions? Which metal is the cathode? Standard Reduction Potentials (volts) in Aqueous Solution <font face= symbol ></font>1.80 <font face= symbol ></font>1.50 <font face= symbol ></font>0.771 <font face= symbol ></font>0.535 <font face= symbol ></font>0.124 <font face= symbol ></font>1.66 <font face= symbol ></font>2.37 <font face= symbol ></font>2.93 A) (<font face= symbol ></font>2.25 V, Pb is the cathode) B) (<font face= symbol ></font>2.25 V, Mg is the cathode) C) (<font face= symbol ></font>2.25 V, Mg is the cathode) D) (<font face= symbol ></font>2.25 V, Pb is the cathode) E) (<font face= symbol ></font>2.49 V, Mg is the cathode) 2.37 What is the standard cell potential for a voltaic cell using the Pb<sup>2</sup><font face= symbol ><sup></sup></font>/Pb and Mg<sup>2</sup><font face= symbol ><sup></sup></font>/Mg half-reactions? Which metal is the cathode? Standard Reduction Potentials (volts) in Aqueous Solution <font face= symbol ></font>1.80 <font face= symbol ></font>1.50 <font face= symbol ></font>0.771 <font face= symbol ></font>0.535 <font face= symbol ></font>0.124 <font face= symbol ></font>1.66 <font face= symbol ></font>2.37 <font face= symbol ></font>2.93 A) (<font face= symbol ></font>2.25 V, Pb is the cathode) B) (<font face= symbol ></font>2.25 V, Mg is the cathode) C) (<font face= symbol ></font>2.25 V, Mg is the cathode) D) (<font face= symbol ></font>2.25 V, Pb is the cathode) E) (<font face= symbol ></font>2.49 V, Mg is the cathode) 2.93


A) (2.25 V, Pb is the cathode)
B) (2.25 V, Mg is the cathode)
C) (2.25 V, Mg is the cathode)
D) (2.25 V, Pb is the cathode)
E) (2.49 V, Mg is the cathode)

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