The next time Emilia puts a bottle of water in the freezer, she wants the bottle to cool off quickly. What should she do to maximize the rate of thermal energy transfer out of the... The next time Emilia puts a bottle of water in the freezer, she wants the bottle to cool off quickly. What should she do to maximize the rate of thermal energy transfer out of the bottle of water?
Understand the Problem
The question is asking what Emilia should do to cool a bottle of water quickly when putting it in the freezer, based on how the temperature of two bottles changed when placed at different positions in the freezer.
Answer
Put the bottle near the back.
The final answer is to put the bottle near the back.
Answer for screen readers
The final answer is to put the bottle near the back.
More Information
The temperature data in the table shows that the bottle near the back of the freezer cooled down more quickly. This suggests a higher rate of thermal energy transfer in that position.
Tips
A common mistake is not considering the uniformity of airflow and temperature distribution within the freezer.
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