Managing Attribute Access and Descriptors (Theory of Python) (Python Tutorial)

Creating New Types (Classes) (Theory of Python) (Python Tutorial)

3.2 Entropy and Heat (Thermal Physics) (Schroeder)

3.1 Temperature (Thermal Physics) (Schroeder)

2.6 Entropy (Thermal Physics) (Schroeder)

2.5 The Ideal Gas (Thermal Physics) (Schroeder)

2.4 Large Systems (Thermal Physics) (Schroeder)

2.3 Interacting Systems (Thermal Physics) (Schroeder)

Object-Oriented Programming: Types and Attributes (Theory of Python) (Python Tutorial)

Permutations and Combinations (Thermal Physics) (Schroeder)

2.2 The Einstein Model of a Solid (Thermal Physics) (Schroeder)

2.1 Two-State Systems (Thermal Physics) (Schroeder)

A few words on ViM

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1.7 Rates of Processes: Diffusion (Thermal Physics) (Schroeder)

1.7 Rates of Processes: Viscosity (Thermal Physics) (Schroeder)

Calculator Project: Design (Theory of Python)

1.7 Rates of Processes: Conductivity of an Ideal Gas (Thermal Physics) (Schroeder)

1.7 Rates of Processes: Heat Conduction (Thermal Physics) (Schroeder)

Modules and Packages (Theory of Python) (Python Tutorial)

1.6 Heat Capacities -- Problem 1.55 (Thermal Physics) (Schroeder)

1.6 Heat Capacities (2/2) (Thermal Physics) (Schroeder)

1.6 Heat Capacities (1/2) (Thermal Physics) (Schroeder)

Sets (Theory of Python) (Python Tutorial)

Calculator Project: Problem Scope (Theory of Python)

1.5 Compression Work (2 of 2) (Thermal Physics) (Schroeder)

1.5 Compression Work (1 of 2) (Thermal Physics) (Schroeder)

Dictionaries (Theory of Python) (Python Tutorial)

1.4 Heat and Work (Thermal Physics) (Schroeder)

Hash Tables and Associative Arrays (Theory of Python)