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Day & Night On A Flat Earth ☀️ You’re Comparing Two Different Models. The Flat Earth Model Proposes: A Small, Local Sun Moving Above The Earth In Circles. Where Its Light Reaches = Day. Where It Doesn’t = Night. Understand The Model Before Debating It. 👁️

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"You can't explain 'day/night, Seasons, Equinox, and 24 hour daylight* on Flat Earth" Sure I can. *not sunlight The concept of day and night on a flat Earth involves several key ideas related to optics and perception rather than the presumption of physical rotation of a spherical Earth. [FlatGPT Explain sunlight and day/night as if to a child] On a flat Earth, the sun is often depicted as moving in a circular path above the plane. This movement is the cause of the cycle of day and night as different areas come into and out of the sun's light. As the sun sets, it's daylight is still visible for a time until it soon vanishes. Atmospheric conditions like refraction and diffraction affect how we perceive the sun's position and are a large contributing factor to the apparent position of the sun or moon. The idea is that the human eye has a limit to its angular resolution, which affects how we perceive distant objects. This limit could cause objects, including the sun, to become unresolvable at a distance, giving the illusion of setting or disappearing beyond the horizon. The perception of the sun moving across the sky and creating day and night is attributed to perspective. As the sun moves away, it appears to set. And as it approaches, it appears to rise. The sun's light only covers only a portion of the Earth at any given time, (this is true in both models) creating areas of light and darkness. Depending upon the season, and the corresponding height of the sun, the distribution of daylight changes accordingly. The areas of light and darkness are directly determined by the sun's position and height relative to the plane. IF you imagine the Earth as a flat plane with the North Pole at its center and Antarctica defining its boundaries, then it could be said the sun revolves around the Earth in a defined, limited, and cyclical path. During the northern hemisphere's summer, the sun moves closer to the Tropic of Cancer, illuminating the northern regions and creating longer days. As the sun moves southward towards the Tropic of Capricorn, it illuminates the southern hemisphere while the northern hemisphere experiences shorter days and cooler temperatures. The sun's continuous cycle and limited journey creates the familiar patterns of day and night, as well as the changing seasons. Due to the restricted reach of the sun's rays, only half of the Earth is illuminated at any given time, while the other half remains in darkness. In summary, day and night on a flat Earth are driven by the sun's cyclical movement around the Earth, illuminating different regions as it travels between the Tropic of Cancer and the Tropic of Capricorn. The limited reach of the sun's rays causes half of the Earth to be in daylight while the other half experiences night. Don't let math be your undoing after all those years of bragging and condescension globies. A cardioid in parametric representation: 𝑥(𝜑)=2𝑎(1−cos⁡𝜑)⋅cos⁡𝜑 , 𝑦(𝜑)=2𝑎(1−cos⁡𝜑)⋅sin⁡𝜑 , 0≤𝜑<2𝜋 🤷‍♂️ and inpolar coordinates: 𝑟(𝜑)=2𝑎(1−cos⁡𝜑). 😂 Day/night + seasons: Seasons with Chad: Daylight distribution: Daylight Distribution is equal on ANY map projection: The FE Model The Parrot: Just to hammer this home. The Model. The Video and Model Description: Here is an interactive Flat Earth Model that can explain Sunrise, The model is stolen!: Bendy Light: Misunderstanding the model and lightrays: Starman the the claims of heliocentricity: Show me the code: Misunderstanding The sun and the 'distance' These scale ops are because the celestial coord of the sun and moon are expressed as unit vectors. You scale by the distance to get the position of the object in space in the hemispherical view of the observer. It's used when calc the moon phases well, after scaling by using scalar product of moon and sun direction vectors. If anyone makes claims you cannot answer, send them to me. Cant refute anything.

Shane St Pierre

18,951 Aufrufe • vor 2 Jahren