Misc/Videos/Globe refutation

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Revision as of 04:20, January 21, 2024 by NoLongerOnTheBall (talk | contribs)

Globe refutation

Link Description
YouTube: Globes are not meant for educational purpose Globes are not meant for educational purpose only for decorative purpose
YouTube: Flat Earth Fact #16 - No Earth Curve Shadow Proves Earth is Flat Flat Earth Fact #16 - No Earth Curve Shadow Proves Earth is Flat (by Taboo Conspiracy)
YouTube: Flat Earth Fact #16 Addendum A Flat Earth Fact #16 Addendum A (by Taboo Conspiracy)
YouTube: Flat Earth Fact #16 - Addendum B Flat Earth Fact #16 - Addendum B (by Taboo Conspiracy)
YouTube: Mt Rainier shadow evidence Bob the Science Guy's Mt Rainier shadow evidence is now FLAT EARTH EVIDENCE
YouTube: Mt Rainier Proves Flat Earth Mt Rainier Proves Flat Earth


YouTube: Schooling Globers - Episode 18 - Horizon Schooling Globers - Episode 18 - Horizon (Witsit Gets It)
YouTube: Atmospheric Magnification and Refraction Kit Demonstration Atmospheric Magnification and Refraction Kit Demonstration - Rob Skiba
YouTube: Engineer Proves Flat Earth and Breakdown of ‘Skunk Bay Time-lapse’, Refraction and Perspective Engineer Proves Flat Earth and Breakdown of ‘Skunk Bay Time-lapse’, Refraction and Perspective
YouTube: Refraction, Mirages, Compression and Our Flat Earth Refraction, Mirages, Compression and Our Flat Earth (Old Taboo)
YouTube: What About Refraction What About Refraction (Taboo Conspiracy Upload)
Bitchute: Your Eyes Reveal the Truth P1 Your Eyes Reveal the Truth - P1 (how perspective and angular resolution determine the optical location of the horizon)
Bitchute: Your Eyes Reveal the Truth P2 Your Eyes Reveal the Truth - P2 (how perspective and angular resolution determine the optical location of the horizon)
Bitchute: Your Eyes Reveal the Truth P3 Your Eyes Reveal the Truth - P3 (how perspective and angular resolution determine the optical location of the horizon)
Bitchute: Your Eyes Reveal the Truth P4 Your Eyes Reveal the Truth - P4 (how perspective and angular resolution determine the optical location of the horizon)