Watch the above image carefully: IF GRAVITY WAS TRUE THE SLINKY SHOULD FALL BOTTOM FIRST. Why do yo u continue to believe in scientific lies that are manifestly false?
Too bad Newton didn't have a slinky...
[spoiler]Video source of image:
https://www.youtube.com/watch?v=-V-ZfRXReKM[/spoiler]
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4 답변Why do you never reply to those with a valid argument? Are you afraid that you are wrong?
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9 답변First off, you're a fool. 🤔okay so each side of the slinky is moving towards the middle of the slinky when it's dropped, K? It falls at the same rate as the bottom side of the slinky moving, K? As the bottom side of the slinky moves up, gravity pulls it down at the same time, while the top part is unaffected. K? K. Now i bet you won't reply to this since you never do to actual arguments.
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3 답변Oh, that's simple. The bottom of the slinky simply doesnt know that it has been dropped yet The same thing happens when you push a solid object. Both ends don't move at the same time. The end closest to the pushing point moves first. I don't know how to explain the exact science behind it.
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IF UR SOO SMART.MAKE A FRIKKIM TUNNEL THROUGH THE CENTER OF THE FRIKKIN EARTH AND JUMP THROUGH IT (scruub) [spoiler] ...a casual loop within this toggler's mechanism suggests that the toggling process somehow binds space and time into... [/spoiler]
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1 답변So, i'm getting sick of your b8s. Sorry at first they were funny now they are useless. [spoiler]muted[/spoiler]
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3 답변Well you think the earth is flat. So why can't I see everest, the tallest mountain on earth, on a clear day when I look east/west. Boom, disproven. Two can play at this level of dumb!
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5 답변Whoever made that video is retarded. He said jumping disproved gravity. If you actually think that you are stupid. When you jump, gravity is what brings you down. Without gravity, you would just float out of the planet.
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작성자: LibertarianCajun 6/27/2016 1:44:44 PMI'm gonna bite the b8, your hand is not positioned at a perfect 180 degree angle, so when you drop the slinky, the top of the slinky is already tipped to the side. Then gravity pushes down on it, gravity does not change the direction the slinky falls, your hand's positioning did.