QuestionJune 8, 2025

Before you go, which type of molecule would you choose to be the anode in a lithium battery? a) The metal with the most negative potential b) It does not matter since lithium's potential is so negative c) The metal with the most positive potential d) Another lithium compound

Before you go, which type of molecule would you choose to be the anode in a lithium battery? a) The metal with the most negative potential b) It does not matter since lithium's potential is so negative c) The metal with the most positive potential d) Another lithium compound
Before you go, which type of molecule would you choose to be the anode in a lithium
battery?
a) The metal with the most negative potential
b) It does not matter since lithium's potential is so negative
c) The metal with the most positive potential
d) Another lithium compound

Solution
4.4(296 votes)

Answer

a) The metal with the most negative potential Explanation 1. Identify the Role of Anode The anode in a battery is where oxidation occurs, and it should have a more negative potential to release electrons easily. 2. Choose Based on Potential A metal with the most negative potential will serve as a better anode because it can lose electrons more readily compared to other metals.

Explanation

1. Identify the Role of Anode<br /> The anode in a battery is where oxidation occurs, and it should have a more negative potential to release electrons easily.<br /><br />2. Choose Based on Potential<br /> A metal with the most negative potential will serve as a better anode because it can lose electrons more readily compared to other metals.
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