It is impossible for a convex object to uniformly reflect light equally outwards in all directions as the moon does. Only a flat or concave surface can do so
Reflectors must be flat or concave for light rays to have any angle of incidence: If the surface is convex then every ray of light points in a direct line with the radius perpendicular to the surface, resulting in no reflection
Sun and Moon lights have different properties: The Suns light is golden, warm, drying, preservative, and antiseptic. The Moon's light is silver, cool, damp, putrefying, and septic
The Suns rays decrease the combustion of a bonfire, while the Moons rays increase combustion. Its cooler in the moonlight than in the moonshade, but the opposite is true with sunlight and shade
It is impossible for a convex object to uniformly reflect light equally outwards in all directions as the moon does. Only a flat or concave surface can do so
Reflectors must be flat or concave for light rays to have any angle of incidence: If the surface is convex then every ray of light points in a direct line with the radius perpendicular to the surface, resulting in no reflection
Sun and Moon lights have different properties: The Suns light is golden, warm, drying, preservative, and antiseptic. The Moon's light is silver, cool, damp, putrefying, and septic
The Suns rays decrease the combustion of a bonfire, while the Moons rays increase combustion. Its cooler in the moonlight than in the moonshade, but the opposite is true with sunlight and shade
https://www.bitchute.com/video/90g8RiwTT2Rp/
"This one proof, alone, demolishes forever the fabric of astronomical imagination and popular credulity" (end of the video)