The battery above is allowed to operate for 8 hours. Describe how this battery works and be
sure to answer the tollowing guestions in vour answer:
Which way (left-right or right-left) are electrons flowing?
Is the copper being reduced or oxidized?
What do the strips look like when examined after 8 hours?
Based on the information provided, we can infer that the battery mentioned operates for 8 hours. However, without any specific details about the battery's design or internal components, it is challenging to provide a detailed explanation. Nevertheless, we can answer the given questions in a general sense:
1. Which way are electrons flowing?
In a battery, electrons typically flow from the negative electrode (anode) to the positive electrode (cathode). So, the electrons are flowing from left to right, or from the anode to the cathode.
2. Is the copper being reduced or oxidized?
It is not possible to determine whether copper is being reduced or oxidized without more information on the specific type of battery or its electrodes. Different batteries employ various chemical reactions, and the materials involved in those reactions determine whether copper or any other substance undergoes reduction or oxidation.
3. What do the strips look like when examined after 8 hours?
Without information about the specific battery design, it is impossible to determine what the strips would look like after 8 hours of operation. It would depend on the materials used in the battery and the chemical reactions occurring within it during those 8 hours.