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| On the Nature of Axioms |
63 |
| Chapter IV.—Space and Geometry |
66 |
| Geometric Space and Perceptual Space |
66 |
| Visual Space |
67 |
| Tactile Space and Motor Space |
68 |
| Characteristics of Perceptual Space |
69 |
| Change of State and Change of Position |
70 |
| Conditions of Compensation |
72 |
| Solid Bodies and Geometry |
72 |
| Law of Homogeneity |
74 |
| The Non-Euclidean World |
75 |
| The World of Four Dimensions |
78 |
| Conclusions |
79 |
| Chapter V.—Experience and Geometry |
81 |
| Geometry and Astronomy |
81 |
| The Law of Relativity |
83 |
| Bearing of Experiments |
86 |
| Supplement (What is a Point?) |
89 |
| Ancestral Experience |
91 |
|
| Part III. Force |
| Chapter VI.—The Classic Mechanics |
92 |
| The Principle of Inertia |
93 |
| The Law of Acceleration |
97 |
| Anthropomorphic Mechanics |
103 |
| The School of the Thread |
104 |
| Chapter VII.—Relative Motion and Absolute Motion |
107 |
| The Principle of Relative Motion |
107 |
| Newton's Argument |
108 |
| Chapter VIII.—Energy and Thermodynamics |
115 |
| Energetics |
115 |
| Thermodynamics |
119 |
| General Conclusions on Part III |
123 |
|
| Part IV. Nature |
| Chapter IX.—Hypotheses in Physics |
127 |
| The Rôle of Experiment and
|
