Question at position 6 How do energy transfers affect the universe?decrease entropyincrease entropy

Question

Question at position 6 How do energy transfers affect the universe?decrease entropyincrease entropy

BlackTom AI · Accepted Answer

Framing the question in terms of universal energy transfers, we need to evaluate what happens to entropy when energy moves from one part of the system to another.
Option 1: decrease entropy. This would imply the universe becomes more orderly overall as energy is transferred. However, the second law of thermodynamics tells us that the total entropy of an isolated system tends to increase over time. While local pockets of order can temporarily arise, the global trend for energy spreading and irreversible processes is toward greater disorder, not less. Therefore this option misstates the general behavior of entropy in energy transfers.
Option 2: increase entropy. This aligns with the principle that energy tends to disperse and spread into available microstates, increasing the number of possible configurations and hence the disorder. Even though energy transfers can be organized to produce local decreases in entropy (for example, by performing work or maintaining structure), the overall effect in the universe is a rise in entropy as systems evolve toward equilibrium and energy becomes more evenly distributed. Hence this option correctly captures the broad trend associated with energy transfers.
In summary, option 1 is inconsistent with the fundamental tendency of entropy to rise in natural processes, whereas option 2 accurately reflects the universal increase in entropy associated with energy transfers. Therefore, the option describing an increase in entropy corresponds to the correct general behavior.

Question at position 6 How do energy transfers affect the universe?decrease entropyincrease entropy

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