### Final Answer
The correct answer is **b.FALSE**.

**Explanation**: The change in entropy $ dS $ is defined by the equation:

$$
dS = \frac{dQ}{T}
$$

where $ dQ $ is the heat transfer and $ T $ is the absolute temperature in Kelvin. If the boundary temperature is at zero degrees Celsius (273.15 K), and there is any non-zero heat transfer ($ dQ \neq 0 $), the change in entropy $ dS $ would not be zero. Therefore, if heat is transferred, entropy changes regardless of the temperature, provided it is not absolute zero (0 K).

Question

### Final Answer
The correct answer is **b.FALSE**.

**Explanation**: The change in entropy $ dS $ is defined by the equation:

$$
dS = \frac{dQ}{T}
$$

where $ dQ $ is the heat transfer and $ T $ is the absolute temperature in Kelvin. If the boundary temperature is at zero degrees Celsius (273.15 K), and there is any non-zero heat transfer ($ dQ \neq 0 $), the change in entropy $ dS $ would not be zero. Therefore, if heat is transferred, entropy changes regardless of the temperature, provided it is not absolute zero (0 K).

Knowee AI · Accepted Answer

### Final Answer
The correct answer is **b.FALSE**.

**Explanation**: The change in entropy $ dS $ is defined by the equation:

$$
dS = \frac{dQ}{T}
$$

where $ dQ $ is the heat transfer and $ T $ is the absolute temperature in Kelvin. If the boundary temperature is at zero degrees Celsius (273.15 K), and there is any non-zero heat transfer ($ dQ \neq 0 $), the change in entropy $ dS $ would not be zero. Therefore, if heat is transferred, entropy changes regardless of the temperature, provided it is not absolute zero (0 K).

If the boundary of a system is at zero degrees centigrade, the change in entropy dS due to heat transfer dQ is zero.Question 9Select one:a.TRUEb.FALSE

Question

If the boundary of a system is at zero degrees centigrade, the change in entropy dS due to heat transfer dQ is zero.

Solution

Final Answer

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