The efficiency of carnot engine depends on View Solution What is true of reverse genetics View Solution Assertion : The efficiency of a heat engine can never be unity. Reason : Efficiency of heat engine is fundamental limitation given by first law of thermodynamics. View Solution The maxium ...
The efficiency of a perfect heat engine running with an ideal gas operating between two heat reservoirs is optimized by Sadi Carnot. It is known that the efficiency is independent of the working body and depends on the temperatures of the two heat reservoirs only. The detail of the proof, ...
Thesecondlawofthermodynamics 3-1Statementsofthesecondlaw(directionandextentofirreversibility)3-2CarnotcycleandCarnottheorems3–3Entropyandthemathematicalexpressionofthesecondlaw3-4Entropyequationandprincipleofentropyincrease3-5ExergyandAnergy3-6Exergyequilibriumequationandprincipleofenergydepreciation 1 3–1Statements...
Carnot cycle n (General Engineering) an idealized reversible heat-engine cycle giving maximum efficiency and consisting of an isothermal expansion, an adiabatic expansion, an isothermal compression, and an adiabatic compression back to the initial state ...
Carnot efficiency is the highest thermal efficiency 翻译结果2复制译文编辑译文朗读译文返回顶部 The thermal efficiency of a Carnot efficiency is the highest 翻译结果3复制译文编辑译文朗读译文返回顶部 The thermal efficiency of a Carnot efficiency is the highest ...
For the Carnot Engine section, how do you find the efficiency of the engine? (express W in terms of Qh). For the heat pump section, we are inputting W to move Qh to some other reservoir Q (at temp T'). How do you find the effectiveness of a heat pump?FAQ...
the Efficiency of Heat Engines, reported in NATURE, August 29, Dr. J. S. Haldane comes to the astonishing conclusion that ``the Carnot cycle is radically in efficient'' and gives a cycle of operations which has convinced him that the maximum efficiency of a heat engine is 50 per cent. ...
on thermodynamics of the Carnot cycle and CARNOT theorem is of great theoretical and practical significance. It solves the heat efficiency of heat engine limits problems, and, in principle, to propose ways of improving efficiency. Between the same heat source and heat sink, thermal efficiency ...
Although the answer provided for the problem may seem wrong, it is actually correct as the efficiency of the circuit depends on how the various electromotive voltages are utilized. To retain the details of the sources and their internal resistances, the original circuit must be analyzed as-is. ...
We also show that if it is possible for the efficiency of an arbitrary reversible cycle to be lower than the efficiency of the enclosing Carnot cycle, then it is also possible for the efficiency of an arbitrary reversible cycle to be greater than the efficiency of the enclosing Carnot cycle....