Apply energy balance equations, analyze open/closed systems, and calculate work and power requirements.

What you'll learn:
Master Energy Balance Equations for Both Open and Closed Systems
Apply Energy Balance Equations on Examples Such As Adiabatic, or Isothermal, or Isobaric, Reversible or Non-Reversible Conditions and Phase Transitions
Explain and Differentiate Between Expansion/Contraction Work, Shaft Work and Flow Work
Calculate Work and Heat Flow for Ideal Gas Along Various Pathways (Isothermal, Isochoric, Adiabatic)
Calculate Internal Energy and Enthalpy in Engineering Calculations
Perform Energy Calculations using Various Reference States and Correlations
Understand the Importance of Assuming Reversibility in Engineering Calculations and Recognize Lost Work

Requirements:
Some basic understanding of math and physics will help but no prior experience needed. Everything will be explained in this course.

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