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English
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|---|---|---|
| § 16. | Continuation. Discussion of the influence of collisions original: "Zusammenstösse" | 104 |
| § 17. | Time derivatives original: "Differentialquotienten nach der Zeit" of sums extended over all molecules in a region | 115 |
| § 18. | More general proof of the entropy theorem The "Entropiesatz" refers to the Second Law of Thermodynamics. Treatment of the equations corresponding to the stationary state | 124 |
| § 19. | Aerostatics. Entropy of a heavy gas moved without violating equations 147 | 134 |
| § 20. | General form of the hydrodynamic equations | 141 |
Section III.
| The molecules repel each other with a force inversely proportional to the fifth power of the distance . . . . . . . . . . . | 153 | |
| § 21. | Execution of the integration in the terms originating from the collisions | 153 |
| § 22. | Relaxation time. The hydrodynamic equations corrected for internal friction viscosity. Calculation of B5 using spherical harmonics original: "Kugelfunctionen" | 164 |
| § 23. | Heat conduction. Second method of approximation | 176 |
| § 24. | Entropy when equations 147 are not satisfied. Diffusion | 190 |
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