answers the following questions with true or false The tripl

answers the following questions with true or false

The triple line is seen in a temperature-density diagram The triple line is seen in a pressure-density diagram The triple point is the triple line projected onto the pressure-temperature plane The second law of thermodynamics: can not be proven by any other principle of physics makes a statement about the equilibrium state is a consequence of the first law of thermodynamics In engineering, entropy could be considered as a \"work coordinate\" a system must \"operate\" to transfer energy in form of heat The combined first and second law of thermodynamics applied to a system with volume as the only work coordinate: yields four distinct fundamental equations yields one unique fundamental equation can be written in four different forms The thermodynamic rectangle, as discussed in class: provides relationships among thermodynamic properties provides so-called Maxwell relations contains two partial derivatives which both yield the pressure states that G = G{S, T) is a proper form of the fundamental equation

Solution

10.on T-P plane (C)

11. It cannot be proven by any other law (A)

12.Entropy is always related to Heat It always calculated based on Heat transfer rate Hence it is \"TRUE\"

13.It always yields the unique value as these are two different law can be applied for only one system(B)

14.ALL ARE CORRECT

answers the following questions with true or false The triple line is seen in a temperature-density diagram The triple line is seen in a pressure-density diagra

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