For an everyday occurrence, such as cooking, heating or cooling a house, or operating an automobile or a computer, make a sketch of what you observe. Defin system boundaries for analyzing some aspect of the events taking place. Identify interactions between the systems and their surroundings. A closed system consists of still air at 1 atm, 20°C in a closed vessel. Based on the macroscopic view, the system is in equilibrium, yet the atoms and molecules that make up the air are in continuous motion. Reconcile this apparent contradiction.
For an everyday occurrence, such as cooking, heating or cooling a house, or operating an automobile or a computer, make a sketch of what you observe. Defin system boundaries for analyzing some aspect of the events taking place. Identify interactions between the systems and their surroundings. A closed system consists of still air at 1 atm, 20°C in a closed vessel. Based on the macroscopic view, the system is in equilibrium, yet the atoms and molecules that make up the air are in continuous motion. Reconcile this apparent contradiction.
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Transcribed Image Text:For an everyday occurrence, such as cooking, heating or cooling a house, or operating an automobile or a computer, make a sketch of what you observe. Define
system boundaries for analyzing some aspect of the events taking place. Identify interactions between the systems and their surroundings.
A closed system consists of still air at 1 atm, 20°C in a closed vessel. Based on the macroscopic view, the system is in equilibrium, yet the atoms and molecules
that make up the air are in continuous motion. Reconcile this apparent contradiction.
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