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Thermodynamics Introduction
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Mechanical Lectures
Thermodynamics Introduction
Kinetics and Thermodynamics
Problem Solving Approach
What is Enthalpy?
State Function Explanation
Reversible Adiabatic Compression of Ideal Gas
Isothermal Ideal Gas Compression
Irreversible Adiabatic Expansion
Ideal Gas Expansion
Ideal Gas Expansion: Closed System Energy Balance
Real Gas Expansion
Real Gas Expansion Part 2: Excel Solver
Expansion in a Piston-Cylinder
Work and Enthalpy Misunderstandings
Evaporative Cooling Energy Balance
Energy Balance: Filling a Tank
Adiabatic Compression of an Ideal Gas
Compressor Efficiency
Throttle Temperature Change
Throttle: Changing Gas Pressure
Throttle Energy Balance: Real Gas
Maximum Work from a Turbine
How to Solve a Steam Turbine Problem
Acceleration of an Airplane by a Turbojet Engine
Energy Balance on a Semi-Batch Reactor
Enthalpy Balance on a Tubular Reactor
Water Properties from Steam Tables
Quality of Steam
Steam Tables A
Steam Tables B
Steam Tables C
Steam Tables: Calculating Quality
Energy Balance: Steam Tables
Adiabatic Expansion of Steam
Unsteady-State Energy Balance on a Tank
Cool Water in a Closed System
Heat Removal to Condense a Vapor Mixture
Energy Balance on a Heat Exchanger
Entropy Change: Ideal Gas
Gas Phase Entropy Change
Entropy Change: Gas Mixture
Entropy Change for Supercooled Liquid
Second Law Application
Minimum Work to Cool a Liquid
Entropy: 2 Explanations
Second Law of Thermodynamics: Hilsch Tube
Exact Differentials and Partial Derivatives
Departure Function: van der Waals Fluid
Enthalpy Departure Function for Throttle Feed
Heat Capacity Pressure Dependence
State Functions and Maxwell Relationships
State Functions Equation Check
Maxwell Relations
Enthalpy Pressure Dependence
T-S and P-H Diagrams
Pressure-Enthalpy Diagram
Heat Engine Introduction
Carnot Heat Engine Calculations
Power Cycle Introduction
Carnot Heat Pump
Refrigeration Cycle Introduction
Joule-Thomson Expansion
Freon-12 Refrigeration Cycle
Energy Balance Around a Turbine
Flow Work
Linear Interpolation
Advanced Interpolation
Simpson' s Rule/Excel
Equilibrium Constant Introduction
The Equilibrium Constant
Gibbs Phase Rule: Reacting Systems
Standard State in Chemical Equilibrium
Description of the Reaction Coordinate
Solid-Liquid Chemical Equilibrium
[Deleted Video]
Gas-Phase Reaction Equilibrium
Chemical Equilibrium: Effect of an Inert
Diluent Effect on Equilibrium Conversion
Gas Phase Chemical Equilibrium
Inert Effect on Equilibrium
Inert Effect on Chemical Equilibrium
Heterogeneous Chemical Equilibrium
Chemical and Phase Equilibrium
Equilibrium Protein Binding (BIO)
Protein Stability (BIO)
Unfolded Protein Equilibrium (Bio)
Adiabatic Reactor Temperature
Adiabatic Flame Temperature
Heat Removal from a Chemical Reactor
Adiabatic Temperature
Otto Cycle: Gas Engine Power Output
Heat of Reaction (from Heat of Formation)
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