FIG. | PAGE |
| The moon | Frontispiece |
1. | The celestial sphere | 5 |
2. | The daily paths of circumpolar stars | Tofacep.8 |
3. | The circles of the celestial sphere | 9 |
4. | The equator and the ecliptic | 11 |
5. | The Great Bear | Tofacep.12 |
6. | The apparent path of Jupiter | 16 |
7. | The apparent path of Mercury | 17 |
8-11. | The phases of the moon | 30, 31 |
12. | The curvature of the earth | 32 |
13. | The method of Aristarchus for comparing the distances of the sun and moon | 34 |
14. | The equator and the ecliptic | 36 |
15. | The equator, the horizon, and the meridian | 38 |
16. | The measurement of the earth | 39 |
17. | The eccentric | 44 |
18. | The position of the sun’s apogee | 45 |
19. | The epicycle and the deferent | 47 |
20. | The eclipse method of connecting the distances of the sun and moon | 50 |
21. | The increase of the longitude of a star | 52 |
22. | The movement of the equator | 53 |
23, | 24. The precession of the equinoxes | 53, 54 |
25. | The earth’s shadow | 57 |
26. | The ecliptic and the moon’s path | 57 |
27. | The sun and moon | 58 |
28. | Partial eclipse of the moon | 58 |
29. | Total eclipse of the moon | 58 |
30. | Annular eclipse of the sun | 59 |
31. | Parallax | 60 |
32. | Refraction by the atmosphere | 63 |
33. | Parallax | 68 |
34. | Jupiter’s epicycle and deferent | 70 |
35. | The equant | 71 |
36. | The celestial spheres | 89 |
| Portrait of Coppernicus | Tofacep.94 |
37. | Relative motion | 102 |
38. | The relative motion of the sun and moon | 103 |
39. | The daily rotation of the earth | 104 |
40. | The solar system according to Coppernicus | 107 |
41, | 42. Coppernican explanation of the seasons | 108, 109 |
43. | The orbits of Venus and of the earth
A SHORT HISTORY OF ASTRONOMY.
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