Astronomy Answers
Tables

Below is a list of all tables that have a title in these web pages, with references to their locations.

1. Absolute Magnitudes
2. Atmosphere
3. Atmospheric Pressure on Planets and Moons
4. Average Season Beginnings in 2005
5. Average Season Lengths
6. Azimuth of Sunrise for Days and Latitudes
7. Azimuth of Sunset for Days and Latitudes
8. Brightest Stars
9. Brightness of the Moon
10. Calendar Formulas Summary
11. Calendars: Islamic Years 1434−1440
12. Calendars: March Equinox Years in Days
13. Calendars: Roman
14. Calendars: Sidereal Month in Days
15. Calendars: Synodical Month in Days
16. Calendars: Tropical Year in Days
17. Calendars: Tropical Year in Synodical Months
18. Celestial Stems from the Chinese Calendar
19. Chemical Elements in the Universe, by Mass
20. Chemical Elements in the Universe, by Number
21. Closest Conjunctions of Mercury - Saturn from −4712 to 8977
22. Closest Conjunctions of Mercury - Saturn from 1000 to 3000
23. Closest Conjunctions of Planets
24. Closest Conjunctions of Planets around 2000
25. Compass Direction of Sunrise for Days and Latitudes
26. Compass Direction of Sunset for Days and Latitudes
27. Conjunction Spread Distribution
28. Constellations and Their Neighbors
29. Constellations of the Ecliptic
30. Constellations: Brightest (Milky Way)
31. Constellations: Brightest and Dimmest (Stars)
32. Constellations: Characteristics
33. Constellations: Furthest and Nearest
34. Constellations: Largest and Smallest
35. Coordinate Systems
36. Day Length for Days and Latitudes
37. Distance of the Horizon
38. Eclipse Periods
39. Equation of Kepler: Solutions for 0.0001 Radian
40. Equation of Kepler: Solutions for 1 Radian
41. Equation of Kepler: Solutions for 10000 Radians
42. Equilibrium Temperatures
43. Examples of the Reconstruction of Mod-Values
44. Full Moon 2000−2018
45. Fusion Reaction Symbols
46. Good Calendars for (Ecliptic-Averaged) Tropical Years and Synodical Months
47. Good Calendars for March Equinox Years and Synodical Months
48. Good Calendars for Spring Years
49. Good Calendars for Synodical Months
50. Good Calendars for Synodical Months in Tropical Years
51. Good Calendars for Tropical Years
52. Gravity on the Sun, Planets, and Moons
53. Height of Solar Transit for Days and Latitudes
54. Hohmann Journeys
55. Julian Day Count
56. Lagrange Point Periods
57. Layes of the Atmosphere of the Earth
58. Leap Years in Islamic Calendar
59. Lightyears and their Kin
60. Limiting Magnitudes
61. Local Group of Galaxies
62. Local Supercluster of Galaxy Clusters
63. Lunar Eclipses 2003−2021
64. Lunar Eclipses Near Season Start 1800..2199
65. Lunar Eclipses Near Season Start −1999..+3000
66. Mathematical Functions
67. Mathematical Notation
68. Month Lengths
69. Month Types of the Jewish Calendar
70. Months of the Babylonian Calendar
71. Months of the Egyptian Calendar
72. Months of the Gaulish Calendar
73. Months of the Gregorian Calendar
74. Months of the Islamic Calendar
75. Months of the Jewish Calendar
76. Months of the Julian Calendar
77. Moons
78. Moons and Planets with the Greatest and Smallest Orbital Speed
79. Moons with the Greatest Density
80. Moons with the Greatest Diameter
81. Moons with the Greatest Diameter Relative to their Planet
82. Moons with the Greatest Gravity at their Surface
83. Moons with the Greatest Mass
84. Moons with the Greatest Mass Relative to their Planet
85. Moons with the Greatest Tidal Effects of the Sun on their Orbit
86. Moons with the Greatest and Smallest Orbital Period
87. Moons with the Greatest or Smallest Distance to their Planet
88. Moons with the Highest and Lowest Surface Temperature
89. Names for Solstices and Equinoxes
90. Nearby Galaxy Clusters
91. Nearby Galaxy Clusters
92. Nearby Rich Galaxy Clusters
93. Nearby Superclusters of Galaxy Clusters
94. New Moon 2000−2018
95. New Year
96. Next Events
97. Nuclear Fusion: CNO Cycle
98. Nuclear Fusion: Heavy Stars
99. Nuclear Fusion: PP I Reaction
100. Nuclear Fusion: PP II Reaction
101. Nuclear Fusion: PP III Reaction
102. Number of Repeats Needed to Solve Kepler's Equation (combined)
103. Number of Repeats Needed to Solve Kepler's Equation (mean anomaly)
104. Number of Repeats Needed to Solve Kepler's Equation (perifocal anomaly)
105. Orbital Elements of Asteroids
106. Planet Ingredients
107. Planet Magnitudes and Albedos
108. Planet Month Lengths in Earth days
109. Planet Month Lengths in that Planet's days
110. Planet Names in Languages, Prefixes, and Postfixes
111. Planet Orbit Shapes
112. Planet Orbital Velocities
113. Planet Positions on 1−1-2004
114. Planetary Rotation Directions
115. Planetary Systems in the Solar System
116. Planets in Constellations
117. Planets: Approximations for Right Ascension and Declination
118. Planets: Contributions to the Equation of Time
119. Planets: Daytime Length Coefficients
120. Planets: Distances from the Earth
121. Planets: Distances from the Sun
122. Planets: Equation of Center
123. Planets: Mean Anomaly
124. Planets: Noon
125. Planets: Orbital Elements
126. Planets: Other Orbital Numbers
127. Planets: Perihelion and Obliquity of the Ecliptic (Planetocentric)
128. Planets: Periods
129. Planets: Position Approximation Accuracy
130. Planets: Position Calculation Accuracy
131. Planets: Sidereal Time
132. Planets: Size, Mass, Density
133. Planets: Solar Disk Diameter and Refraction
134. Planets: Symbols
135. Propellants
136. SI-units
137. Saros Numbers 2003−2021 for the Moon
138. Saros Numbers 2003−2021 for the Sun
139. Satellite Discoveries in the Solar System
140. Schwarzschild Diameters
141. Season Lengths
142. Season Start
143. Seasons
144. Seasons on the Planets
145. Seasons: Dates
146. Seasons: JD
147. Seasons: Lengths
148. Seasons: Names
149. Sidereal Time
150. Sidereal Times of the Milky Way
151. Solar Eclipses 2003−2021
152. Solar Eclipses Near Season Start 1800..2199
153. Solar Eclipses Near Season Start −1999..+3000
154. Solar Position From All Planets On 1−1-2000
155. Solar Position From All Planets On 1−4-2004
156. Solar Transit Times
157. Space Mission Costs
158. Space Voids
159. Speed of Light in Various Units
160. Star Counts
161. Stars Move to Other Constellations
162. Sunlight on Planets
163. Synodical Periods Between All Planets (I)
164. Synodical Periods Between All Planets (II)
165. Synodical Periods Versus Distance
166. Terrestrial Branches from the Chinese Calendar
167. Tides on Earth Due to Planets
168. Time Differences in the Benelux
169. Time of Solar Transit for Latitudes
170. Time of Sunrise for Days and Latitudes
171. Time of Sunset for Days and Latitudes
172. Titius-Bode
173. Units of Time of the Central American Long Count
174. Very Large and Very Small Numbers
175. Year Lengths
176. Year of Seasons

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Last updated: 2016−02−07