Slinky Drop
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Uploaded on Sep 21, 2011
What happens when a slinky that has been extended under its own weight is released? How does it fall to the ground? Answer link: http://www.youtube.com/watch?v=eCMmmE...
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Uploader Comments (1veritasium)
planetniffer 10 months ago
just tried dropping a weight along side the extended slinky. and the slinky looks like it falls heaps faster than the normal weight and lands on the ground first. are my eyes being cheated?
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1veritasium 10 months ago
I don't think so. The centre of mass of both objects should hit the ground at the same time, but the top of the slinky is going so fast by the time it gets to the bottom, it often passes the bottom and would therefore hit first.
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Adam Zhou 1 year ago
Hey 1veritasium, i saw u on a show in australia called The Catalyst.It was awesome seeing u there explaining the physics of Slinky
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1veritasium 1 year ago
Yup, I'm living in Sydney and working on some segments for Catalyst... stay tuned!
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dista Cristi 1 year ago
is this a hobby or it is your job?
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1veritasium 1 year ago
Let's say neither. A job pays and a hobby sounds like an amateur pastime. Veritasium is a passion.
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Video Responses
All Comments (72)
seriouslyWTF21 3 months ago
The top end comes down just tried it
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YoungPeachy 3 months ago
Im listening to RadioLab pod cast about this right now!
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Amelia Baird 4 months ago
the host is so awkward. its annoying. nonetheless, yey physics
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AgainsaidBen 4 months ago
I just attended a student academic conference for Korean high school students and this video was used in one of the presentations. A student did his physics project on this very question.
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joevideowatcher 5 months ago
Forgive me if I'm mistaken here. But I believe that the answer to planetniffer's confusion is because he is likely holding the static object at the same height as the top of the slinky, which is not the same height as the center of mass of the slinky. You would need to hold the static object at about the middle of the slinky to achieve the desired "same landing time" effect.
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krumble104 5 months ago
I'm sure I tried this with my Slinky (Back in the 'day'!) and I'm sure the ends come back together and then just wobbles before hitting the deck.
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Emmanuel Ogbizi-Ugbe 5 months ago
god i would like to report a bug
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MedicineMan Dan 6 months ago
Use a rubber band instead of a slinky
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Mike Steere 6 months ago
Derek! We just watched this video in Physics! I was so excited!
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