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During a non-flow thermodynamic process (1-2) executed by a perfect gas, the heat interaction is equal to the work interaction (Q12 = W12) when the process is
[2019 , Set -1]
- a)Adiabatic
- b)Polytropic
- c)Isothermal
- d)Isentropic
Correct answer is option 'C'. Can you explain this answer?
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Verified Answer
During a non-flow thermodynamic process (1-2) executed by a perfect ga...
For isothermal process δ U = 0
As per 1st law of thermodynamics
As per 1st law of thermodynamics
Most Upvoted Answer
During a non-flow thermodynamic process (1-2) executed by a perfect ga...
Explanation:
Isothermal Process:
- In an isothermal process, the temperature of the gas remains constant throughout the process.
- Heat interaction (Q) is equal to work interaction (W) in an isothermal process.
- This is because the temperature remains constant, leading to the heat energy being completely converted into work done on the surroundings.
Non-flow Thermodynamic Process:
- In a non-flow thermodynamic process, there is no mass transfer across the system boundary.
- The process occurs within the system without any mass flow in or out.
Given Conditions:
- The question states that during the process (1-2) for a perfect gas, the heat interaction is equal to the work interaction (Q12 = W12).
Analysis:
- When Q12 = W12, it implies that all the heat supplied to the system is converted into work done during the process.
- This condition is specifically observed in an isothermal process where the temperature remains constant.
Conclusion:
- Therefore, the correct answer is option 'c) Isothermal,' as it is the only type of process where the heat interaction is equal to the work interaction, as mentioned in the question.
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Community Answer
During a non-flow thermodynamic process (1-2) executed by a perfect ga...
For isothermal process δ U = 0
As per 1st law of thermodynamics
As per 1st law of thermodynamics
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During a non-flow thermodynamic process (1-2) executed by a perfect gas, the heat interaction is equal to the work interaction (Q12 = W12) when the process is[2019 , Set -1]a)Adiabatic b)Polytropicc)Isothermal d)IsentropicCorrect answer is option 'C'. Can you explain this answer?
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