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In a Carnot cycle, what is the relationship between the temperatures of the hot

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Question: In a Carnot cycle, what is the relationship between the temperatures of the hot and cold reservoirs?

Options:

  1. T_hot > T_cold
  2. T_hot = T_cold
  3. T_hot < T_cold
  4. T_hot + T_cold = constant

Correct Answer: T_hot > T_cold

Solution: 

In a Carnot cycle, the hot reservoir must be at a higher temperature than the cold reservoir for the cycle to operate.

In a Carnot cycle, what is the relationship between the temperatures of the hot

Practice Questions

Q1
In a Carnot cycle, what is the relationship between the temperatures of the hot and cold reservoirs?
  1. T_hot > T_cold
  2. T_hot = T_cold
  3. T_hot < T_cold
  4. T_hot + T_cold = constant

Questions & Step-by-Step Solutions

In a Carnot cycle, what is the relationship between the temperatures of the hot and cold reservoirs?
  • Carnot Cycle – A theoretical thermodynamic cycle that provides the maximum possible efficiency for a heat engine operating between two temperature reservoirs.
  • Temperature Relationship – The principle that the temperature of the hot reservoir must be greater than that of the cold reservoir for the Carnot cycle to function.
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