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Originally published in 1900, this book presents a collection of fascinating lectures on the subject of Lunar Theory.
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Originally published in 1900, this book presents a collection of fascinating lectures on the subject of Lunar Theory.
Produktdetails
- Produktdetails
- Verlag: Cambridge University Press
- Seitenzahl: 98
- Erscheinungstermin: 30. Juni 2015
- Englisch
- Abmessung: 216mm x 140mm x 6mm
- Gewicht: 135g
- ISBN-13: 9781107559844
- ISBN-10: 1107559847
- Artikelnr.: 43106076
- Verlag: Cambridge University Press
- Seitenzahl: 98
- Erscheinungstermin: 30. Juni 2015
- Englisch
- Abmessung: 216mm x 140mm x 6mm
- Gewicht: 135g
- ISBN-13: 9781107559844
- ISBN-10: 1107559847
- Artikelnr.: 43106076
1. Historical sketch
2. Accelerations of the Moon relative to the Earth
3. The Sun's coordinates in terms of the time
4. The variation
5. The variation (continued)
6. The variation (continued)
7. Correction of approximate solutions
8. The parallactic inequality
9. The parallactic inequality (continued)
10. The annual equation
11. The equation of the centre and the evection
12. The evection and the motion of the apse
13. The motion of the apse, and the change of the eccentricity
14. The lattitude and the motion of the node
15. Motion in an orbit of any inclination
16. Motion in an orbit of any inclination (continued)
17. On Hill's method of treating the Lunar Theory
18. On Hill's method of treating the Lunar Theory (continued).
2. Accelerations of the Moon relative to the Earth
3. The Sun's coordinates in terms of the time
4. The variation
5. The variation (continued)
6. The variation (continued)
7. Correction of approximate solutions
8. The parallactic inequality
9. The parallactic inequality (continued)
10. The annual equation
11. The equation of the centre and the evection
12. The evection and the motion of the apse
13. The motion of the apse, and the change of the eccentricity
14. The lattitude and the motion of the node
15. Motion in an orbit of any inclination
16. Motion in an orbit of any inclination (continued)
17. On Hill's method of treating the Lunar Theory
18. On Hill's method of treating the Lunar Theory (continued).
1. Historical sketch
2. Accelerations of the Moon relative to the Earth
3. The Sun's coordinates in terms of the time
4. The variation
5. The variation (continued)
6. The variation (continued)
7. Correction of approximate solutions
8. The parallactic inequality
9. The parallactic inequality (continued)
10. The annual equation
11. The equation of the centre and the evection
12. The evection and the motion of the apse
13. The motion of the apse, and the change of the eccentricity
14. The lattitude and the motion of the node
15. Motion in an orbit of any inclination
16. Motion in an orbit of any inclination (continued)
17. On Hill's method of treating the Lunar Theory
18. On Hill's method of treating the Lunar Theory (continued).
2. Accelerations of the Moon relative to the Earth
3. The Sun's coordinates in terms of the time
4. The variation
5. The variation (continued)
6. The variation (continued)
7. Correction of approximate solutions
8. The parallactic inequality
9. The parallactic inequality (continued)
10. The annual equation
11. The equation of the centre and the evection
12. The evection and the motion of the apse
13. The motion of the apse, and the change of the eccentricity
14. The lattitude and the motion of the node
15. Motion in an orbit of any inclination
16. Motion in an orbit of any inclination (continued)
17. On Hill's method of treating the Lunar Theory
18. On Hill's method of treating the Lunar Theory (continued).