Thermodynamics and Statistical Mechanics

• Identify the fundamental connection between particle motion and thermal energy

• Distinguish between open and closed physical systems

• Calculate the relationship between heat transfer and mechanical work

• Define entropy as a measure of microscopic states

• Analyze how particle distributions determine macroscopic behavior

• Identify state variables like pressure and volume

• Apply the ideal gas equation to predict system changes

• Interpret the Boltzmann factor for energy state occupancy

• Relate degrees of freedom to internal energy storage

• Explain energy requirements for state changes

• Analyze efficiency limits of thermal power cycles

• Describe heat transfer against a temperature gradient

• Evaluate methods for capturing waste heat energy

• Critique the assumptions of classical statistical models

• Summarize emerging trends in thermal energy research