Series

Thermal & Statistical Mechanics I Studied

6 posts

  1. #1

    Stirling’s Formula and Stirling’s Approximation [Thermal & Statistical Mechanics I Studied #1]

    A physics student proves Stirling's formula using the Gamma function, with the complete original learning note and separate editorial clarifications.

    · 8 min read
  2. #2

    Chapter 3 Practice Problems [Thermal & Statistical Mechanics I Studied #2]

    Stumbling through heat, heat capacity, and all their flavors (constant-volume, constant-pressure...) with way too many question marks before tiptoeing into probability.

    · 12 min read
  3. #3

    Microstates and Macrostates [Thermal & Statistical Mechanics I Studied #3]

    Learning notes on thermal equilibrium, thermometry, and five-coin examples of microstates and macrostates, with separate editorial clarifications.

    · 8 min read
  4. #4

    Temperature [Thermal & Statistical Mechanics I Studied #4]

    Learning notes on the statistical definition of temperature, ensembles, and a Boltzmann-distribution derivation, with separate editorial clarifications.

    · 14 min read
  5. #5

    Chapter 4 Practice Problems [Thermal & Statistical Mechanics I Studied #5]

    Learning notes on two-state energy averages and variance, an isothermal atmosphere, and binomial state counting, with separate editorial clarifications.

    · 7 min read
  6. #6

    Chapter 4 Practice Problems (Part 2) [Thermal & Statistical Mechanics I Studied #6]

    Learning notes on reservoir Taylor terms, photon absorption and finite energy ladders, with historical derivations and eight separate editorial clarifications.

    · 5 min read