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Learn heat transfer, thermodynamics
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Module 8
Thermodynamic Processes and Calculations
1
Work, Heat, and Internal Energy in Isobaric & Isochoric Processes
Calculate work, heat, and internal energy change in isobaric and isochoric processes.
2
Isothermal Process Work and Heat Transfer
Calculate work done and heat transfer in isothermal processes using the correct sign conventions.
3
Deriving Adiabatic Equations from First Law and Ideal Gas Law
Derive the adiabatic equations relating P, V, and T from the first law and ideal gas law.
4
Adiabatic Process Calculations
Apply P-V-T relationships for adiabatic processes to calculate work done and changes in state variables.
5
Comparing Slopes: Isotherms vs. Adiabats on a P-V Diagram
Compare the slopes of isothermal and adiabatic curves on a P-V diagram.
6
Polytropic Processes: Definition and Work Done
Define a polytropic process and calculate work done for a general polytropic index 'n'.
7
Molar Heat Capacity in Polytropic Processes
Determine the molar heat capacity for a given polytropic process.
8
Thermodynamic Process Calculations: Work, Heat, and Internal Energy
Calculate total work, heat, and internal energy change for a multi-step sequence of thermodynamic processes.
Previous module
The First Law of Thermodynamics and Sign Conventions
Next module
Advanced Cycle Analysis