@[email protected] to Map [email protected]English • 7 months agoTimezone changes between 1923 and 2023files.catbox.moeimagemessage-square45fedilinkarrow-up1208arrow-down16
arrow-up1202arrow-down1imageTimezone changes between 1923 and 2023files.catbox.moe@[email protected] to Map [email protected]English • 7 months agomessage-square45fedilink
minus-square@[email protected]linkfedilink8•7 months agoWouldn’t it depend on latitude? It would be much less than 463 metres at the latitudes of Europe
minus-square@[email protected]linkfedilinkEnglish1•edit-27 months agoYes, distance of 1" on equator (463.8 m) × cosine of latitude longitude. This means approximately 350 m in Rome, 285,6 m in Berlin and 232 m in Helsinki. In reality a bit less, as I didn’t take the ellipsoid shape of the globe into account.
Wouldn’t it depend on latitude? It would be much less than 463 metres at the latitudes of Europe
Yes, distance of 1" on equator (463.8 m) × cosine of latitude
longitude. This means approximately 350 m in Rome, 285,6 m in Berlin and 232 m in Helsinki. In reality a bit less, as I didn’t take the ellipsoid shape of the globe into account.