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This is not just true of slinkies – if you release a steel rod from the top, the top really starts falling before the bottom. If you hit a tennis ball with a racket, a wave has to travel from the strings to your hand before you feel it – and the ball is well on its way to the net by this time. If you hit a golf ball, the ball is well on its way to the hole before you can feel it. Rigid bodies aren’t truly rigid and understanding this is essential to understanding the way the world works
Date: July 20, 2021
Bro I’ve got a five 10 meters slinky I made and dropped it it stopped 5seconds in the air bro it’s crazy my brother tried touching the very last one and it just collapse when he touches it❤❤ it’s very cool though
Building number 7
Shrödingers slinky, its both falling and not falling at the same time
But can you add weight to the end? According to this explanation you could because that weight falling would require more pulling on the slinky, but where does that end?
Issac newton isn’t Issac newtoning 😂
When u could see the slinky rotate it was making cool looking mandala/flower
Ima glue slinkys to my self and try to fly for 2 seconds wish me luck ✊
Nice Ferragamo Belt! ! Also This Was Extremely Interesting, Keep Up The Amazing Content! ! 🫡
My Slinky is BOUNCING on the ground 😂
So twisting waves is the main reason , springs does that