Path of the Total Solar Eclipse of 1932 Aug 31

Fred Espenak

The following table delineates the path of the Moon's umbral shadow during the Total Solar Eclipse of 1932 Aug 31 . The geographic coordinates (WGS 84) of the northern and southern limits and the central line are listed at 120-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 .


Total Solar Eclipse of 1932 Aug 31

  
                                                                      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  79 51.4N 106 54.5E  79 21.6N 111 13.3E  79 36.8N 109 07.5E  1.016   0   -  103  00m51.1s
 19:06   84 05.7N 132 25.1E  84 39.8N 170 08.8E  84 43.5N 152 10.9E  1.018   7  78  113  01m01.4s
 19:08   85 44.9N 178 52.8E  84 14.5N 156 15.5W  85 05.2N 166 12.9W  1.019  11 120  117  01m06.7s
 19:10   84 55.7N 145 38.3W  82 56.1N 136 29.0W  83 55.7N 140 07.6W  1.020  14 147  120  01m10.7s
 19:12   83 23.7N 127 14.3W  81 25.7N 124 50.2W  82 23.7N 125 48.7W  1.020  16 162  122  01m14.1s
 19:14   81 46.1N 117 01.9W  79 55.1N 117 17.1W  80 49.8N 117 08.3W  1.021  18 171  124  01m17.1s
 19:16   80 11.4N 110 32.7W  78 27.5N 111 56.9W  79 18.8N 111 17.1W  1.021  19 178  126  01m19.7s
 19:18   78 41.1N 105 58.9W  77 03.4N 107 55.5W  77 51.8N 107 00.3W  1.022  21 183  128  01m22.2s
 19:20   77 15.1N 102 32.0W  75 42.8N 104 44.5W  76 28.6N 103 41.5W  1.022  22 187  130  01m24.4s

 19:22   75 53.1N 099 47.7W  74 25.5N 102 07.9W  75 09.1N 101 00.9W  1.023  23 190  131  01m26.4s
 19:24   74 34.6N 097 32.2W  73 11.1N 099 55.9W  73 52.7N 098 46.9W  1.023  24 193  132  01m28.3s
 19:26   73 19.2N 095 37.3W  71 59.3N 098 02.0W  72 39.1N 096 52.2W  1.023  25 196  134  01m30.0s
 19:28   72 06.6N 093 57.6W  70 49.8N 096 22.1W  71 28.1N 095 12.1W  1.024  26 199  135  01m31.6s
 19:30   70 56.3N 092 29.5W  69 42.4N 094 53.0W  70 19.3N 093 43.3W  1.024  27 201  136  01m33.1s
 19:32   69 48.2N 091 10.6W  68 36.9N 093 32.7W  69 12.5N 092 23.5W  1.024  28 203  137  01m34.5s
 19:34   68 42.1N 089 59.0W  67 33.1N 092 19.5W  68 07.6N 091 10.9W  1.024  29 205  139  01m35.8s
 19:36   67 37.7N 088 53.3W  66 30.9N 091 12.1W  67 04.3N 090 04.2W  1.024  29 207  140  01m36.9s
 19:38   66 34.8N 087 52.5W  65 30.1N 090 09.5W  66 02.5N 089 02.4W  1.025  30 209  141  01m38.0s
 19:40   65 33.4N 086 55.7W  64 30.5N 089 11.0W  65 02.0N 088 04.7W  1.025  30 211  142  01m39.0s

 19:42   64 33.3N 086 02.4W  63 32.2N 088 16.1W  64 02.8N 087 10.4W  1.025  31 213  143  01m39.9s
 19:44   63 34.4N 085 11.9W  62 34.9N 087 24.0W  63 04.7N 086 19.1W  1.025  31 215  144  01m40.8s
 19:46   62 36.6N 084 23.9W  61 38.6N 086 34.5W  62 07.7N 085 30.3W  1.025  32 217  145  01m41.5s
 19:48   61 39.8N 083 38.0W  60 43.3N 085 47.1W  61 11.6N 084 43.5W  1.025  32 219  146  01m42.2s
 19:50   60 43.9N 082 53.9W  59 48.8N 085 01.6W  60 16.4N 083 58.6W  1.025  33 220  147  01m42.8s
 19:52   59 48.8N 082 11.2W  58 55.1N 084 17.6W  59 22.0N 083 15.3W  1.025  33 222  149  01m43.3s
 19:54   58 54.6N 081 29.8W  58 02.1N 083 35.0W  58 28.4N 082 33.2W  1.026  33 224  150  01m43.7s
 19:56   58 01.0N 080 49.5W  57 09.8N 082 53.5W  57 35.5N 081 52.3W  1.026  33 225  151  01m44.0s
 19:58   57 08.2N 080 10.0W  56 18.1N 082 13.0W  56 43.2N 081 12.3W  1.026  33 227  152  01m44.3s
 20:00   56 15.9N 079 31.3W  55 26.9N 081 33.3W  55 51.5N 080 33.0W  1.026  33 229  153  01m44.5s

 20:02   55 24.2N 078 53.1W  54 36.4N 080 54.2W  55 00.4N 079 54.3W  1.026  34 230  154  01m44.6s
 20:04   54 33.1N 078 15.3W  53 46.3N 080 15.6W  54 09.8N 079 16.1W  1.026  34 232  155  01m44.7s
 20:06   53 42.4N 077 37.8W  52 56.6N 079 37.4W  53 19.6N 078 38.2W  1.026  33 234  156  01m44.7s
 20:08   52 52.1N 077 00.5W  52 07.4N 078 59.3W  52 29.9N 078 00.5W  1.026  33 235  157  01m44.6s
 20:10   52 02.3N 076 23.2W  51 18.5N 078 21.4W  51 40.5N 077 22.9W  1.026  33 237  158  01m44.4s
 20:12   51 12.8N 075 45.8W  50 30.0N 077 43.5W  50 51.5N 076 45.2W  1.026  33 238  159  01m44.2s
 20:14   50 23.6N 075 08.1W  49 41.8N 077 05.4W  50 02.9N 076 07.3W  1.026  33 240  160  01m43.8s
 20:16   49 34.8N 074 30.2W  48 53.9N 076 27.1W  49 14.5N 075 29.2W  1.026  33 242  161  01m43.4s
 20:18   48 46.2N 073 51.8W  48 06.2N 075 48.4W  48 26.3N 074 50.6W  1.026  32 243  162  01m43.0s
 20:20   47 57.8N 073 12.8W  47 18.7N 075 09.2W  47 38.4N 074 11.5W  1.025  32 245  162  01m42.4s

 20:22   47 09.6N 072 33.1W  46 31.4N 074 29.4W  46 50.7N 073 31.7W  1.025  32 246  163  01m41.8s
 20:24   46 21.5N 071 52.5W  45 44.3N 073 48.8W  46 03.1N 072 51.1W  1.025  31 248  164  01m41.1s
 20:26   45 33.6N 071 10.9W  44 57.3N 073 07.3W  45 15.6N 072 09.6W  1.025  31 249  165  01m40.3s
 20:28   44 45.7N 070 28.1W  44 10.4N 072 24.7W  44 28.2N 071 26.9W  1.025  30 251  165  01m39.4s
 20:30   43 57.9N 069 43.9W  43 23.5N 071 40.9W  43 40.8N 070 42.9W  1.025  30 252  165  01m38.5s
 20:32   43 10.0N 068 58.2W  42 36.6N 070 55.6W  42 53.5N 069 57.4W  1.025  29 254  166  01m37.4s
 20:34   42 22.1N 068 10.6W  41 49.6N 070 08.7W  42 06.0N 069 10.1W  1.025  28 255  166  01m36.3s
 20:36   41 34.0N 067 20.9W  41 02.6N 069 19.9W  41 18.5N 068 20.9W  1.024  28 256  166  01m35.0s
 20:38   40 45.8N 066 28.7W  40 15.4N 068 28.8W  40 30.8N 067 29.3W  1.024  27 258  166  01m33.7s
 20:40   39 57.3N 065 33.8W  39 28.0N 067 35.3W  39 42.9N 066 35.0W  1.024  26 259  165  01m32.2s

 20:42   39 08.5N 064 35.5W  38 40.4N 066 38.7W  38 54.7N 065 37.7W  1.024  25 261  164  01m30.7s
 20:44   38 19.3N 063 33.3W  37 52.4N 065 38.6W  38 06.1N 064 36.6W  1.023  24 262  163  01m29.0s
 20:46   37 29.4N 062 26.5W  37 03.9N 064 34.5W  37 16.9N 063 31.1W  1.023  23 263  162  01m27.1s
 20:48   36 38.8N 061 13.9W  36 14.8N 063 25.3W  36 27.1N 062 20.4W  1.023  21 265  160  01m25.1s
 20:50   35 47.3N 059 54.3W  35 24.9N 062 10.2W  35 36.4N 061 03.1W  1.022  20 266  158  01m22.9s
 20:52   34 54.4N 058 25.7W  34 34.1N 060 47.4W  34 44.6N 059 37.6W  1.022  18 268  155  01m20.5s
 20:54   33 59.8N 056 45.0W  33 41.8N 059 14.8W  33 51.3N 058 01.2W  1.021  17 269  151  01m17.9s
 20:56   33 02.6N 054 47.0W  32 47.7N 057 29.0W  32 55.7N 056 09.8W  1.021  15 271  146  01m14.8s
 20:58   32 01.2N 052 21.9W  31 50.8N 055 23.7W  31 56.8N 053 55.6W  1.020  12 272  141  01m11.3s
 21:00   30 51.6N 049 03.5W  30 49.2N 052 46.5W  30 51.8N 051 01.3W  1.019  10 274  133  01m06.9s

 21:02      -         -      29 37.4N 048 59.9W  29 30.3N 046 17.8W  1.018   5 277  120  01m00.2s

 Limits  28 55.9N 040 43.3W  28 01.6N 041 15.7W  28 28.6N 040 59.7W  1.016   0   -  107  00m53.6s

ΔT = 23.9 seconds


Return To Solar Eclipses of Historical Interest


Acknowledgments

Predictions for the Total Solar Eclipse of 1932 Aug 31 were generated using the VSOP87/ELP2000-82 solar and lunar ephemerides and a value of ΔT = 23.9 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

2009 Jun 11