ErxlebenvsNio
Nio has a higher Longitude (132 vs 11 °), while Erxleben has a higher Mass (2,250 vs 467 g), while Erxleben has a higher Mass (2 vs 0 kg).
Physical Properties
2,250
Mass
467
2
Mass
0
Classification
H6
Classification
H3-4
Ordinary chondrite (H)
Group
Ordinary chondrite (H)
Fall Event
1,812
Year of Fall
1,897
Fell
Fall / Found
Fell
52
Latitude
34
11
Longitude
132
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Data sourced from NASA Meteorite Landings / The Meteoritical Society (US Government (public domain)).