Slo Mo Slinky. . slinky
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What do you think? Give us your opinion. Anonymous comments allowed.
+23
#3 - mdawgsome **User deleted account** has deleted their comment [-]
User avatar #5 to #3 - xceve (05/02/2012) [-]
Answered! [url deleted]
User avatar #6 to #5 - tripnote (05/02/2012) [-]
Did you mean this one? /watch?v=JsytnJ_pSf8
User avatar #9 to #3 - xceve (05/02/2012) [-]
/www.youtube . com/watch?feature=iv&annotationid=annotation314765&srcvid=eCMmmEEyOO0&v=Jsytn JpSf8
User avatar #10 to #3 - Balrogsaysrawr (05/02/2012) [-]
yes because the tension force of the contracting slinky is just as strong as the force of gravity, so there would be no change in height for the base of it.
#4 to #3 - squiresparkle (05/02/2012) [-]
This image has expired
I jest, I don't have that kind of money, but it should be done
#2 - freshoc (05/02/2012) [-]
Guy on the lefts face when...
#12 - gameoverdude (05/02/2012) [-]
Comment Picture

User avatar #7 - zombiznes (05/02/2012) [-]
it's crazy how the bottom end is just chillin in mid air ha
User avatar #14 to #7 - nijd (05/03/2012) [-]
lol that's the point of the whole video
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