Let's delve into several intriguing lunar phenomena and the underlying physics that govern them. The formation of Lunar Impact Basins on the Moon is discussed. These basins are created by powerful collisions between celestial bodies, such as asteroids or comets, and the Moon's surface. The physics behind this phenomenon involves the conservation of momentum and energy, resulting in the excavation of lunar material.
Earthshine is then illuminated, clarifying the physics behind this phenomenon involving sunlight scattering off Earth and gently illuminating the Moon's dark side. Lunar Highlands Mascons are elucidated, revealing their higher gravity regions as a result of mass distribution variations within the Moon. Lunar Libration is discussed, elucidating the subtle lunar rocking motion due to eccentric orbits and rotation. Tidal Forces are unveiled, emphasizing their role in lunar libration and Earth's tidal friction through gravitational attraction.
Some materials are from NASA and they are CREDITED in the video. Whole other material in this video is made by iGadgetPro. The inclusion of high-resolution mine renders in 4K resolution adds a visually element to the discussion, allowing viewers to appreciate the intricacies of these lunar features.
Credit: NASA/JPL-Caltech
Animation, visuals and renders made by iGadgetPro
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Timecodes
0:00 - Intro
0:17 - Lunar Impact Basins
0:51 - Earthshine and its origin
1:31 - Mascons and where they are located on the Moon
2:07 - Lunar Highlands
2:46 - Lunar Libration and why it's useful
3:14 - Credits
#ImpactBasins #earthshine #mascons #LunarHighlands #LunarLibration
9 июн 2024
