Clearly, no such general law can hold for all open thermodynamic systems.

A thermodynamic system can be defined in terms of its states.

A thermodynamic system is an object or a group of objects.

An example of a thermodynamic system is a stone brick.

Rather, it depends on the state variables of the thermodynamic system under study.

An important idea in thermodynamics is that of a thermodynamic system.

These parameters all affect the internal energy of a thermodynamic system.

So why was I conjuring the possibility of a general law for open thermodynamic systems?

All equations of state will be needed to fully characterize the thermodynamic system.

Every single thermodynamic system exists in a particular state.

Fig.1 is a general representation of a thermodynamic system.

Thermodynamic systems are typically affected by the following types of system interactions.

All space in the universe outside the thermodynamic system is known as the surroundings, the environment, or a reservoir.

All thermodynamic systems have two kinds of properties, extensive, and intensive.

The working fluid properties are essential for the full description of thermodynamic systems.

At a higher level, living beings are thermodynamic systems that have an organized molecular structure.

In theoretical studies, it is often convenient to consider the simplest kind of thermodynamic system.

First, there are very strong arguments to say that there can be no general law for open thermodynamic systems.

This is the central limit theorem as it applies to thermodynamic systems.

Entropy is maximum in an isolated thermodynamic system, and increases.

"Closed cycle" means the working fluid is permanently contained within the thermodynamic system.

The physical and chemical properties of the working fluid are extremely important when designing thermodynamic systems.

A thermodynamic system is classified by the nature of the exchanges that are allowed to occur across its boundary.

Enthalpy is a measure of the total energy of a thermodynamic system.

That is, the room can be considered a thermodynamic system from which energy is transferred to the external environment.