Day and Night Model
v2.0
Estimate daylight duration by latitude and date, then compare with observations.
Cross-content topic · 29 matches
This page groups tools, debunks, and experiments that connect to the tag “Latitude”.
Interactive models, calculators, and simulations connected to “Latitude”.
v2.0
Estimate daylight duration by latitude and date, then compare with observations.
v1.1
Generate sunrise, sunset, solar-noon, and celestial-pole predictions from latitude, longitude, and date.
v1.0
Compare the same date at two latitudes to show opposite seasonal daylight patterns on a globe.
v1.1
Compare how the same Moon phase and landmark pattern rotate for different Earth observers at the same UTC moment.
v1.0
Compare two real locations and calculate how much their local down directions diverge on a globe versus a flat plane.
v2.0
Measure how the flat-earth disc stretches east-west distances at southern latitudes.
v1.0
Test how star altitude, circumpolar visibility, and hemisphere-dependent sky access change with latitude.
v1.2
Compare a standard globe Sun path with a simplified nearby-sun flat-earth dome model and test how their daily predictions diverge at the same latitude and date.
v1.0
Render one real NOAA sunspot-region snapshot for different observers and compare how the same solar pattern rotates with latitude, longitude, and UTC time.
v1.0
Calculate surface spin speed and centrifugal acceleration at any latitude.
v1.4
Test whether a star rises, sets, or stays above the horizon from a given latitude.
Claim-by-claim responses tied to the same topic and underlying theory.
v1.5.1
A small nearby Sun moving above a flat plane can explain day and night without a globe.
v1.1
A small nearby Moon moving over a flat plane can explain Moon phases, lunar orientation, and observations without needing a globe.
v1.0
If Earth rotated and orbited through space, people should feel that motion directly.
v1.0
A Sun moving in wider and narrower circles above a flat Earth can explain the seasons without a globe.
v1.0
The southern sky cannot fit a globe model, so reports of southern star motion or a southern celestial pole must be false.
v1.0
Time zones are just man-made schedules, so they do not prove a rotating globe.
v1.0
Crepuscular rays show the Sun is nearby because the rays spread out visually through clouds.
v1.1
A compass points north on a flat map, so that must mean the Earth is a plane centered on the north pole.
v1.0
Any map has distortion, so the distortion problems in the flat-earth map are not a real objection.
v1.0
People everywhere stand upright the same way, so there cannot be a globe with different local vertical directions.
Repeatable observations you can use to test the same topic directly.
v1.1
Do month-ahead astronomy calendars predict real sky events correctly when they are filtered for your location, local time, and hemisphere?