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  • [Date]: 7 August 2985
    [Time ofgreatest eclipse]: 20:31:50
    [Saros cycle]: 161
    [Type]: Hybrid
    [Magnitude]: 1.0097
    [Centralduration]: 01m 02s
    [Location]: 18°18′S 115°00′W / 18.3°S 115.0°W / -18.3; -115.0
    [Path width]: 41 km (25 mi)
    [Geographical area]:
    [Ref(s)]:

  • [Date]: 19 November 2989
    [Time ofgreatest eclipse]: 14:25:04
    [Saros cycle]: 168
    [Type]: Annular
    [Magnitude]: 0.9283
    [Centralduration]: 09m 23s
    [Location]: 7°48′S 18°00′W / 7.8°S 18.0°W / -7.8; -18.0
    [Path width]: 275 km (171 mi)
    [Geographical area]:
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  • [Date]: 8 December 2933
    [Time ofgreatest eclipse]: 12:00:20
    [Saros cycle]: 186
    [Type]: Partial
    [Magnitude]: 0.6275
    [Centralduration]:
    [Location]: 64°54′S 138°36′W / 64.9°S 138.6°W / -64.9; -138.6
    [Path width]:
    [Geographical area]:
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  • [Date]: 18 November 2962
    [Time ofgreatest eclipse]: 11:43:40
    [Saros cycle]: 187
    [Type]: Partial
    [Magnitude]: 0.4039
    [Centralduration]:
    [Location]: 69°18′N 40°18′E / 69.3°N 40.3°E / 69.3; 40.3
    [Path width]:
    [Geographical area]:
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  • [Date]: 24 March 2965
    [Time ofgreatest eclipse]: 07:35:07
    [Saros cycle]: 174
    [Type]: Annular
    [Magnitude]: 0.9595
    [Centralduration]: 03m 58s
    [Location]: 40°12′S 100°54′E / 40.2°S 100.9°E / -40.2; 100.9
    [Path width]: 202 km (126 mi)
    [Geographical area]:
    [Ref(s)]:

  • [Date]: 27 July 2948
    [Time ofgreatest eclipse]: 16:14:08
    [Saros cycle]: 151
    [Type]: Partial
    [Magnitude]: 0.7620
    [Centralduration]:
    [Location]: 69°30′S 69°48′W / 69.5°S 69.8°W / -69.5; -69.8
    [Path width]:
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About This Tool

For the general public, solar eclipses are an enjoyable celestial event. But for astronomers, solar eclipses, especially total solar eclipses, are of great scientific value. Because of the eclipse of the Moon, the outer layer of the sun, the Corona, can be revealed, which is very important for the study of the Sun. The total solar eclipse also provided an opportunity to test one of the general relativity predictions that light bends in a massive gravitational field. Based on the number of eclipses experienced in each century, this random tool also records 248 possible eclipses over the next 30th century.

Details of the date, Time of greatest eclipse, Saros cycle, Type, Magnitude, Central duration, Location, and Path width can be found in a listing collated by this generator. Incredibly, these precise data are astronomers' best estimates of what solar eclipses are likely to happen in the next 30th century. This is also due to the world has mastered astronomical equipment manufacturing-related technology and principles.

Click the "Display All Items" button and you will get a list of solar eclipses in the 30th century.

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