Comments by "wily wascal" (@wilywascal2024) on "How Gravity Actually Works" video.

  1. So, why do larger objects cause more downward force if not gravitational pull or theory of attraction? Isn't the moon accelerating through space faster than Earth, as it is revolving around Earth as Earth revolves around the Sun, as the Sun revolves around the galaxy, and as the galaxy moves through an expanding universe? So why is their less gravitational pull on the moon than Earth, if not that larger masses exert more gravitational pull? And if the sun with a much stronger gravitational pull than Earth is because of much greater acceleration, how is Earth able to keep up? Don't think this video adequately explains this phenomenon. I can picture the moon, the Earth, the Sun, and our galaxy as all being dimples within dimples in the space/time continuum, which could possibly require greater acceleration depending on the depth of each dimple to keep pace, with objects having greater mass having deeper dimples, which might work to explain and confirm the General Theory of Relativity's explanation of gravity, but am unsure if that's the correct explanation.
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