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On [https://www.youtube.com/watch?v=QN9VEIaNq0o&lc=UgzhMaydpFRREjGjGHt4AaABAg 2026-03-18], TravisEdwards-h1j (suspected to be a sock puppet of [[DamascusSteel]]) used <q>Δlat × 111,132 m/° north + Δlon × cos(lat) × 111,132 m/° east</q> as a <q>simpler flat-Earth approximation</q> to calculate a distance on the planet.
On [https://www.youtube.com/watch?v=QN9VEIaNq0o&lc=UgzhMaydpFRREjGjGHt4AaABAg 2026-03-18], TravisEdwards-h1j (suspected to be a sock puppet of [[DamascusSteel]]) used <q>Δlat × 111,132 m/° north + Δlon × cos(lat) × 111,132 m/° east</q> as a <q>simpler flat-Earth approximation</q> to calculate a distance on the planet.


According to his math, the distance between lines of longitude scales by the cosine of the latitude which is zero at both the North Pole and the South Pole. Therefore, lines of longitude converge at the poles. This describes a globe.
According to his math, the distance between lines of longitude scales by the cosine of the latitude which shrinks to zero at both the North Pole and the South Pole. Therefore, lines of longitude converge at the poles. This describes a globe.

Latest revision as of 04:56, 18 March 2026

Summary

On 2026-03-18, TravisEdwards-h1j (suspected to be a sock puppet of DamascusSteel) used Δlat × 111,132 m/° north + Δlon × cos(lat) × 111,132 m/° east as a simpler flat-Earth approximation to calculate a distance on the planet.

According to his math, the distance between lines of longitude scales by the cosine of the latitude which shrinks to zero at both the North Pole and the South Pole. Therefore, lines of longitude converge at the poles. This describes a globe.

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current04:52, 18 March 2026Thumbnail for version as of 04:52, 18 March 2026851 × 709 (63 KB)Ion (talk | contribs)On 2026-03-18, TravisEdwards-h1j (suspected to be a sock puppet of DamascusSteel) used <q>Δlat × 111,132 m/° north + Δlon × cos(lat) × 111,132 m/° east</q> as a <q>simpler flat-Earth approximation</q> to calculate a distance on the planet. According to his math, the distance between lines of longitude scales by the cosine of the latitude which is zero at both the North Pole and the South Pole. Therefore, lines of longitude converge at the poles. This describes a globe.

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