Part I. General Principles: 1. Prefaratory explanations 2. The relatedness of nature 3. Equality 4. Some principles of physical science Part II. Physical Applications: 5. The equations of motion 6. On the formula of dJ2 7. Permanent gravitational fields 8. Apparent mass and the spectral shift 9. Planetary motion 10. electromagnetic equations 11. Gravitation and light waves 12. Temperature effects on gravitational forces 13. The electrostatic potential and spectral shift 14. The lib effect 15. Permanent directions of vibration and the doubling effect 16. Steady electromagnetic fields 17. The Moon's motion Part III. Elementary Theory of Tensors: 18. Fundamental notions 19. Elementary properties 20. The process of restriction 21. Tensors of the second order 22. The Galilean tensor 23. The differentiation of tensor components 24. Some important tensors.
Part I. General Principles: 1. Prefaratory explanations 2. The relatedness of nature 3. Equality 4. Some principles of physical science Part II. Physical Applications: 5. The equations of motion 6. On the formula of dJ2 7. Permanent gravitational fields 8. Apparent mass and the spectral shift 9. Planetary motion 10. electromagnetic equations 11. Gravitation and light waves 12. Temperature effects on gravitational forces 13. The electrostatic potential and spectral shift 14. The lib effect 15. Permanent directions of vibration and the doubling effect 16. Steady electromagnetic fields 17. The Moon's motion Part III. Elementary Theory of Tensors: 18. Fundamental notions 19. Elementary properties 20. The process of restriction 21. Tensors of the second order 22. The Galilean tensor 23. The differentiation of tensor components 24. Some important tensors.
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