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10 comments (0 hidden)

AC
>> #16670
Posted on 2014-05-02 04:55:04
Score: 0 (vote Up)
Do paper dong tentacles run the risk of paper cuts?
Quantum77z
>> #16671
Posted on 2014-05-02 05:07:36
Score: 1 (vote Up)
looks like they gain some girth at the end there, so hopefully not
TheLod89
>> #16684
Posted on 2014-05-02 09:53:44
Score: 1 (vote Up)
can paper cut paper?
Dreamshade
>> #16685
Posted on 2014-05-02 10:44:43
Score: 0 (vote Up)
TheLod89 said:
can paper cut paper?

yes
Werewolf
>> #16687
Posted on 2014-05-02 10:46:57
Score: 0 (vote Up)
Thousand-Year Door? Nostalgia.
Cradily
>> #16690
Posted on 2014-05-02 10:53:56
Score: 1 (vote Up)
TheLod89 said:
can paper cut paper?


Yep, I've actually tried to do this in school before. I was very bored.
greasyi
>> #16718
Posted on 2014-05-02 21:40:12
Score: 0 (vote Up)
can X cut X?
I can't off the top of my head think of a solid where the answer is no. Perhaps some very esoteric crystals.
myrmidon
>> #16813
Posted on 2014-05-03 19:11:08
Score: 0 (vote Up)
greasyi said:
I can't off the top of my head think of a solid where the answer is no. Perhaps some very esoteric crystals.


Jell-o. think softer, not harder.
greasyi
>> #16848
Posted on 2014-05-04 03:49:11
Score: 0 (vote Up)
That's cheating. Pure solid Jell-o powder (as in, unpowdered) is brittle and pure Jell-o cuts pure Jell-o. Prepared Jell-o is mostly liquid water, tangled up in collagen protein chains. If you cool it beyond water's freezing point, prepared Jell-o easily cuts prepared Jell-o.
myrmidon
>> #17080
Posted on 2014-05-06 21:23:17
Score: 0 (vote Up)
see, I believe that's cheating because my entire argument was to use something soft instead of something hard - the premise being the the cutting X will break by the force of the act of cutting before actually cutting the cut X.

essentially X cutting X will always work for solids because the cutting X has to have equal to, or greater hardness than the cut X. By lowering the temperature to make things more solid, you're saying that X cutting X can also apply to liquids and gasses, because they'll solidify as they approach absolute zero.
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