@tonari_no_panda hey im 24 male here let's became friends
im a nerd,ask me anything!
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23+46÷23×567-8931+64÷4+56×2=??
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watches rick and morty once
"omg i'm such a nerd" -
@abhnv -7646
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@zkdr did you have a question or are you just here to flaunt your abject stupidity?
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@terroristocrat Or, perhaps it's your English that's egregious, and in reality you're incapable of discerning grammatically correct sentences but still insistent on being sanctimonious. Considering the syntax of your responses, it doesn't appear that you come from a predominantly English speaking country, or if you do, you probably never went to college, so I wouldn't put it against you to know what "basic English" is.
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@terroristocrat you got that right
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@june-culter actually,it is theoretically possible,if it contacts the floor at the apex of the narrow end of the shell,the arch shape is structurally super strong and will disperse the impact,good luck on actually pulling it off tho. :)
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@terroristocrat the egg is dropped from 5 meters mind you. What do you say now?
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@june-culter distance is irrelevant, like I said what matters is how it lands....
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@terroristocrat Not according to science: http://www.physicsclassroom.com/Physics-Interactives/Momentum-and-Collisions/Egg-Drop/Egg-Drop-Interactive
Let's consider momentum here, assuming the egg is dropped at rest, conservation of energy applies and kinetic energy is equal to the potential energy of the egg at the very top. The velocity of the egg is sqrt(2gh) where h is the height we're dropping it from. We can calculate the force of impact from the relationship that the derivative of momentum w/rt to time is the force. g is constant at 9.81 m/s^2 due to gravity. We can assume the egg has a mass of 60 g (or 0.06 kg to be consistent with units). At 5 meters this gives us a force of ~200N. Let's assume the apex of an egg is infinitely small, being a point in space (but to satisfy you let's assume it is a circle with diameter 0.5 mm). If we calculate the pressure as force/area, we get 1018591635 Pa or 1.02 GPa or 147734 psi or 10052.71783864 atm. Concrete's compressive strength is 0.07 GPa, which is no where near what's needed to withstand 1.02 GPa. There's no way that an egg, even if arranged so that the apex takes the full impact, can withstand that amount of load and not fail. An eggshell is made of calcite, a material more brittle than cement. To compare, the compressive strength of a diamond (a far stronger material) slightly over 110 GPa.
Citing my sources: https://www.engineeringtoolbox.com/concrete-properties-d_1223.html (concrete compressive str.)
http://www.chm.bris.ac.uk/motm/diamond/diamprop.htm (diamond compressive str.) -
Tl:Dr,YouTube it
Since you're such a legend in your own mind why not go post your own topic and quit trying to swing from my nuts? I need the stepladder you borrowed back.
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@terroristocrat A real nerd would back up arguments with proof, take your fake science elsewhere.
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Never said I was a scientist so why don't you go back to whatever illiterate trailer park you came from,its an ama not a know-it-all contest
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@terroristocrat Then don't pretend to be one, clearly you're just a pretentious git trying to get donations for his clown act.
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@i-am-male wtf does that even mean? I think its pretty obvious who has the knowitall complex here,do us all a favor and quit spamming until you have something relevant to say,bc your trolling attempts are weak,even for a kid.
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@terroristocrat Says the guy who calls my grammar atrocious without even answering my question? Seems pretty conceited to me, guess a bully like you wouldn't understand though.
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@i-am-male bully? Lol last I checked you're on MY thread inventing rules and making demands,seriously get over yourself your ego is hilarious. I think I hear your mommy calling...
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@terroristocrat You're claiming ownership of a public thread, really ask yourself who's the one with the ego here.
P.S. 37 isn't too late to learn some human decency :=)