The following table delineates the path of the Moon's antumbral shadow during the Annular Solar Eclipse of 1935 Dec 25 . The geographic coordinates (WGS 84) of the northern and southern limits and the central line are listed at 60-second intervals. This provides adequate detail for making plots of the path on larger scale maps. Local circumstances on the central line include the ratio of the apparent diameters of the Moon to the Sun, the Sun's altitude and azimuth (degrees), the path width (kilometers) and the duration on the central line (minutes and seconds).
The global visibility of the eclipse is shown on an Orthographic Map . The features of this map are described in the Key to Solar Eclipse Path Tables. The path of the eclipse is displayed in greater detail on a Google Map .
M:S Central
Universal Northern Limit Southern Limit Central Line Diam. Sun Sun Path Line
------------------ ------------------ ------------------ Ratio Alt Azm Width Durat.
Time Latitude Longitude Latitude Longitude Latitude Longitude
° ´ ° ´ ° ´ ° ´ ° ´ ° ´ ° ° km
Limits 61 36.2S 137 53.6E 62 58.9S 131 47.1E 62 17.7S 134 59.0E 0.969 0 - 350 01m38.5s
17:18 68 13.9S 145 27.9E - - 63 54.4S 136 59.5E 0.969 2 147 343 01m37.9s
17:19 69 33.7S 146 41.7E - - 66 49.4S 140 10.1E 0.970 5 144 328 01m37.0s
17:20 70 44.0S 147 42.2E - - 68 34.1S 141 48.0E 0.971 7 142 319 01m36.4s
17:21 71 47.8S 148 33.4E 66 33.3S 135 46.2E 69 58.1S 142 57.7E 0.971 8 141 312 01m35.9s
17:22 72 46.9S 149 17.6E 68 37.4S 137 36.5E 71 10.9S 143 51.6E 0.971 9 139 305 01m35.6s
17:23 73 42.3S 149 56.2E 70 09.0S 138 44.4E 72 16.4S 144 34.7E 0.972 10 138 299 01m35.2s
17:24 74 34.8S 150 29.9E 71 26.0S 139 31.9E 73 16.7S 145 09.4E 0.972 11 138 294 01m34.9s
17:25 75 24.8S 150 59.5E 72 34.2S 140 06.0E 74 13.0S 145 37.3E 0.972 12 137 289 01m34.6s
17:26 76 12.9S 151 25.2E 73 36.2S 140 30.0E 75 06.1S 145 59.1E 0.973 13 136 285 01m34.3s
17:27 76 59.1S 151 47.3E 74 33.7S 140 45.5E 75 56.7S 146 15.4E 0.973 14 135 281 01m34.1s
17:28 77 43.9S 152 05.9E 75 27.6S 140 53.2E 76 45.0S 146 26.3E 0.973 14 135 277 01m33.9s
17:29 78 27.3S 152 21.0E 76 18.6S 140 53.7E 77 31.5S 146 32.0E 0.973 15 134 274 01m33.7s
17:30 79 09.6S 152 32.4E 77 07.2S 140 47.1E 78 16.3S 146 32.2E 0.973 15 134 270 01m33.4s
17:31 79 50.8S 152 40.2E 77 53.7S 140 33.0E 78 59.7S 146 26.7E 0.973 16 134 267 01m33.2s
17:32 80 31.0S 152 43.8E 78 38.4S 140 11.1E 79 41.8S 146 15.1E 0.974 16 134 264 01m33.1s
17:33 81 10.4S 152 42.8E 79 21.4S 139 40.8E 80 22.8S 145 56.5E 0.974 17 133 262 01m32.9s
17:34 81 48.9S 152 36.7E 80 02.9S 139 01.0E 81 02.7S 145 30.1E 0.974 17 133 259 01m32.7s
17:35 82 26.7S 152 24.4E 80 43.1S 138 10.6E 81 41.5S 144 54.7E 0.974 18 134 257 01m32.6s
17:36 83 03.9S 152 04.9E 81 21.9S 137 08.0E 82 19.4S 144 08.6E 0.974 18 134 255 01m32.4s
17:37 83 40.4S 151 36.5E 81 59.4S 135 51.1E 82 56.4S 143 09.7E 0.974 19 135 253 01m32.2s
17:38 84 16.2S 150 56.7E 82 35.7S 134 17.4E 83 32.5S 141 55.0E 0.974 19 135 251 01m32.1s
17:39 84 51.5S 150 02.4E 83 10.6S 132 23.4E 84 07.5S 140 20.6E 0.974 19 136 249 01m32.0s
17:40 85 26.0S 148 48.5E 83 44.1S 130 04.9E 84 41.6S 138 21.0E 0.974 20 138 247 01m31.8s
17:41 86 00.0S 147 07.4E 84 16.0S 127 16.6E 85 14.5S 135 48.7E 0.974 20 140 246 01m31.7s
17:42 86 33.1S 144 46.9E 84 46.2S 123 51.7E 85 46.1S 132 33.1E 0.975 20 143 244 01m31.6s
17:43 87 05.3S 141 27.0E 85 14.2S 119 42.1E 86 15.9S 128 19.3E 0.975 20 147 243 01m31.5s
17:44 87 36.1S 136 31.8E 85 39.7S 114 38.8E 86 43.6S 122 46.8E 0.975 21 152 242 01m31.4s
17:45 88 04.8S 128 55.4E 86 02.0S 108 32.7E 87 08.3S 115 28.9E 0.975 21 159 241 01m31.3s
17:46 88 29.7S 116 36.8E 86 20.4S 101 17.5E 87 28.7S 105 57.2E 0.975 21 168 240 01m31.2s
17:47 88 47.1S 096 49.9E 86 34.1S 092 54.6E 87 43.2S 093 57.3E 0.975 21 179 239 01m31.1s
17:48 88 51.6S 070 20.9E 86 42.3S 083 37.4E 87 50.0S 079 59.6E 0.975 21 193 238 01m31.0s
17:49 88 41.1S 046 12.7E 86 44.4S 073 54.0E 87 48.1S 065 34.9E 0.975 21 207 237 01m30.9s
17:50 88 20.5S 030 05.6E 86 40.4S 064 20.6E 87 38.1S 052 31.1E 0.975 22 219 237 01m30.9s
17:51 87 54.8S 020 12.2E 86 30.7S 055 30.2E 87 21.6S 041 48.2E 0.975 22 230 236 01m30.8s
17:52 87 26.7S 013 58.3E 86 16.3S 047 42.9E 87 00.5S 033 28.6E 0.975 22 237 236 01m30.7s
17:53 86 57.2S 009 49.8E 85 57.9S 041 04.8E 86 36.3S 027 07.7E 0.975 22 243 235 01m30.7s
17:54 86 27.1S 006 57.4E 85 36.6S 035 32.2E 86 10.0S 022 17.0E 0.975 22 248 235 01m30.6s
17:55 85 56.6S 004 53.2E 85 13.0S 030 56.9E 85 42.3S 018 32.9E 0.975 22 251 235 01m30.5s
17:56 85 25.9S 003 22.2E 84 47.6S 027 09.5E 85 13.6S 015 37.9E 0.975 22 253 234 01m30.5s
17:57 84 55.0S 002 11.8E 84 20.9S 024 01.5E 84 44.3S 013 19.7E 0.975 22 255 234 01m30.5s
17:58 84 24.1S 001 20.9E 83 53.2S 021 25.5E 84 14.4S 011 29.1E 0.975 22 257 234 01m30.4s
17:59 83 53.0S 000 40.8E 83 24.6S 019 15.4E 83 44.2S 009 59.9E 0.975 22 258 234 01m30.4s
18:00 83 21.9S 000 12.7E 82 55.5S 017 26.4E 83 13.7S 008 47.6E 0.975 22 258 235 01m30.4s
M:S Central
Universal Northern Limit Southern Limit Central Line Diam. Sun Sun Path Line
------------------ ------------------ ------------------ Ratio Alt Azm Width Durat.
Time Latitude Longitude Latitude Longitude Latitude Longitude
° ´ ° ´ ° ´ ° ´ ° ´ ° ´ ° ° km
18:01 82 50.8S 000 11.0W 82 25.8S 015 54.9E 82 43.0S 007 48.5E 0.975 22 259 235 01m30.3s
18:02 82 19.6S 000 28.9W 81 55.7S 014 37.8E 82 12.1S 007 00.3E 0.975 22 259 235 01m30.3s
18:03 81 48.4S 000 38.4W 81 25.3S 013 32.7E 81 41.0S 006 20.9E 0.975 22 259 235 01m30.3s
18:04 81 17.2S 000 50.0W 80 54.5S 012 37.7E 81 09.8S 005 48.8E 0.975 22 260 236 01m30.3s
18:05 80 45.9S 000 54.3W 80 23.4S 011 51.4E 80 38.5S 005 22.8E 0.975 22 259 236 01m30.3s
18:06 80 14.5S 000 56.9W 79 52.1S 011 12.3E 80 07.0S 005 02.1E 0.975 22 259 237 01m30.3s
18:07 79 43.1S 000 56.0W 79 20.6S 010 39.7E 79 35.4S 004 45.8E 0.975 22 259 238 01m30.3s
18:08 79 11.6S 000 53.4W 78 48.8S 010 12.5E 79 03.6S 004 33.5E 0.975 22 259 239 01m30.3s
18:09 78 40.0S 000 48.8W 78 16.7S 009 50.3E 78 31.7S 004 24.6E 0.975 22 259 239 01m30.3s
18:10 78 08.3S 000 42.9W 77 44.5S 009 32.3E 77 59.6S 004 18.6E 0.975 21 258 240 01m30.3s
18:11 77 36.5S 000 35.2W 77 12.0S 009 18.2E 77 27.4S 004 15.4E 0.975 21 258 241 01m30.3s
18:12 77 04.6S 000 26.2W 76 39.2S 009 07.5E 76 55.0S 004 14.6E 0.975 21 257 243 01m30.4s
18:13 76 32.5S 000 15.9W 76 06.2S 009 00.0E 76 22.4S 004 16.0E 0.975 21 257 244 01m30.4s
18:14 76 00.2S 000 04.5W 75 32.9S 008 55.4E 75 49.6S 004 19.4E 0.975 21 256 245 01m30.4s
18:15 75 27.8S 000 08.2E 74 59.2S 008 53.5E 75 16.6S 004 24.7E 0.975 21 256 246 01m30.5s
18:16 74 55.2S 000 21.8E 74 25.3S 008 54.1E 74 43.3S 004 31.9E 0.975 20 255 248 01m30.5s
18:17 74 22.4S 000 36.6E 73 51.0S 008 57.0E 74 09.8S 004 40.6E 0.975 20 255 250 01m30.6s
18:18 73 49.3S 000 52.3E 73 16.4S 009 02.2E 73 35.9S 004 51.1E 0.975 20 254 251 01m30.7s
18:19 73 16.0S 001 09.1E 72 41.3S 009 09.5E 73 01.8S 005 03.0E 0.975 20 254 253 01m30.7s
18:20 72 42.4S 001 26.8E 72 05.8S 009 19.0E 72 27.3S 005 16.6E 0.975 19 253 255 01m30.8s
18:21 72 08.4S 001 45.7E 71 29.8S 009 30.5E 71 52.4S 005 31.6E 0.975 19 252 257 01m30.9s
18:22 71 34.1S 002 05.5E 70 53.3S 009 44.1E 71 17.1S 005 48.1E 0.974 19 252 259 01m31.0s
18:23 70 59.5S 002 26.4E 70 16.1S 009 59.7E 70 41.3S 006 06.2E 0.974 18 251 261 01m31.1s
18:24 70 24.4S 002 48.5E 69 38.3S 010 17.5E 70 05.0S 006 25.9E 0.974 18 250 264 01m31.2s
18:25 69 48.9S 003 11.6E 68 59.8S 010 37.4E 69 28.1S 006 47.1E 0.974 17 250 266 01m31.3s
18:26 69 12.8S 003 36.0E 68 20.4S 010 59.7E 68 50.6S 007 10.1E 0.974 17 249 269 01m31.4s
18:27 68 36.2S 004 01.7E 67 40.1S 011 24.5E 68 12.4S 007 34.9E 0.974 17 248 272 01m31.5s
18:28 67 59.0S 004 28.8E 66 58.7S 011 51.8E 67 33.4S 008 01.6E 0.974 16 247 275 01m31.7s
18:29 67 21.0S 004 57.4E 66 16.0S 012 22.1E 66 53.4S 008 30.3E 0.974 16 246 278 01m31.8s
18:30 66 42.3S 005 27.7E 65 31.9S 012 55.7E 66 12.5S 009 01.4E 0.973 15 246 281 01m32.0s
M:S Central
Universal Northern Limit Southern Limit Central Line Diam. Sun Sun Path Line
------------------ ------------------ ------------------ Ratio Alt Azm Width Durat.
Time Latitude Longitude Latitude Longitude Latitude Longitude
° ´ ° ´ ° ´ ° ´ ° ´ ° ´ ° ° km
18:31 66 02.7S 005 59.7E 64 46.0S 013 33.0E 65 30.3S 009 35.0E 0.973 14 245 285 01m32.2s
18:32 65 22.1S 006 33.8E 63 58.0S 014 14.7E 64 46.8S 010 11.5E 0.973 14 244 288 01m32.4s
18:33 64 40.3S 007 10.1E 63 07.5S 015 01.6E 64 01.6S 010 51.2E 0.973 13 243 292 01m32.6s
18:34 63 57.2S 007 49.1E 62 13.5S 015 55.2E 63 14.5S 011 34.9E 0.973 12 242 296 01m32.8s
18:35 63 12.5S 008 31.1E 61 15.1S 016 57.4E 62 25.0S 012 23.2E 0.973 11 241 300 01m33.0s
18:36 62 26.0S 009 16.6E 60 10.2S 018 12.1E 61 32.5S 013 17.4E 0.972 11 240 305 01m33.3s
18:37 61 37.2S 010 06.5E 58 54.8S 019 46.7E 60 36.1S 014 19.1E 0.972 10 239 310 01m33.6s
18:38 60 45.6S 011 01.6E 57 17.2S 022 03.1E 59 34.1S 015 31.3E 0.972 8 237 315 01m34.0s
18:39 59 50.3S 012 03.7E - - 58 23.8S 016 59.2E 0.971 7 236 321 01m34.4s
18:40 58 50.1S 013 15.0E - - 56 58.2S 018 55.8E 0.971 5 234 328 01m35.0s
18:41 57 42.4S 014 40.1E - - 54 45.7S 022 20.4E 0.970 2 231 337 01m35.9s
Limits 52 15.7S 023 07.1E 54 12.8S 027 12.5E 53 13.1S 025 04.2E 0.969 0 - 342 01m36.6s
Predictions for the Annular Solar Eclipse of 1935 Dec 25 were generated using the VSOP87/ELP2000-82 solar and lunar ephemerides and a value of ΔT = 23.8 seconds. The accuracy of the northern and southern edges of the eclipse path are limited to approximately 1-2 kilometers due to the lunar limb profile.
All eclipse calculations are by Fred Espenak, and he assumes full responsibility for their accuracy. Permission is freely granted to reproduce this data when accompanied by an acknowledgment:
"Eclipse Predictions by Fred Espenak, NASA's GSFC"
For more information, see: NASA Copyright Information
