[QUOTE=darth-veger;46123506][IMG]http://img.pr0gramm.com/2014/10/01/0964567a5b917d0f.jpg[/IMG][/QUOTE]
[QUOTE=joost1120;46123879]It's measured by weight, not by volume. The bags are filled with air to avoid crushing the chips/crisps.[/QUOTE]
[t]http://www.suyongso.com/files/attach/images/115/446/904/7fe83665efd91c8fcc3fab0e0979ad29.jpg[/t]
[t]http://i.imgur.com/WWGRYjZ.jpg[/t]
[t]http://upload.inven.co.kr/upload/2014/09/06/bbs/i1176208820.jpg[/t]
Well, This shit should not happening.
Oh, wait. It's happening in korea.
Fuck
[IMG]http://i.imgur.com/G5VS1Ev.gif[/IMG]
It's not really funny but here's some nostalgia for some of you:
[IMG]http://s27.postimg.org/g0pe9qzw3/emotes2.png[/IMG]
Found it in a directory long forgotten on my PC [IMG]http://s13.postimg.org/xitnoouw3/emot_q.png[/IMG]
[img]http://i.imgur.com/YO8nA1Q.png[/img]
[QUOTE=Reds;46122620]From related. This has no right to be as good as it is.
[video=youtube;YTWbRCFV7K0]http://www.youtube.com/watch?v=YTWbRCFV7K0[/video][/QUOTE]
Neither does this:
[media]http://www.youtube.com/watch?v=rbEBg7RU_SA[/media]
[QUOTE=MuffinZerg;46123955]No Australia[/QUOTE]
Map only contains land mass.
Not sentient beings.
[QUOTE=yellowoboe;46124472]Map only contains land mass.
Not sentient beings.[/QUOTE]
Quiet! It'll hear you.
[IMG]https://fbcdn-sphotos-d-a.akamaihd.net/hphotos-ak-xpa1/v/t1.0-9/65187_10152907961789928_5844470750972967473_n.jpg?oh=3c257f83c42077201e4f3fd8a7a84d54&oe=54C3B1F1&__gda__=1421979596_db15fec46c5c8367bd550f964af9f7ea[/IMG]
This is true btw
[QUOTE=-Iker-;46124570][IMG]https://fbcdn-sphotos-d-a.akamaihd.net/hphotos-ak-xpa1/v/t1.0-9/65187_10152907961789928_5844470750972967473_n.jpg?oh=3c257f83c42077201e4f3fd8a7a84d54&oe=54C3B1F1&__gda__=1421979596_db15fec46c5c8367bd550f964af9f7ea[/IMG]
This is true btw[/QUOTE]
They botched the source material already?
[QUOTE=Captain Chalky;46124402][media]http://www.youtube.com/watch?v=luSB7CstoYo[/media][/QUOTE]
holy crap check the intro screen:
[quote]
Animation by Kwang Il Han
of [B]Studio MIR[/B]
[/quote]
An actual Korra animator :zoid:
[QUOTE=SassPD22;46124639]They botched the source material already?[/QUOTE]
I dont see how anyone could make a feature length film about limbless birds being shot out of catapults sooo...
[QUOTE=SassPD22;46124639]They botched the source material already?[/QUOTE]
5 years is quite a time
[QUOTE=LittleBabyman;46124707]5 years is quite a time[/QUOTE]
Oh wow now I feel old, time flies
[QUOTE=-Iker-;46124570][IMG]https://fbcdn-sphotos-d-a.akamaihd.net/hphotos-ak-xpa1/v/t1.0-9/65187_10152907961789928_5844470750972967473_n.jpg?oh=3c257f83c42077201e4f3fd8a7a84d54&oe=54C3B1F1&__gda__=1421979596_db15fec46c5c8367bd550f964af9f7ea[/IMG]
This is true btw[/QUOTE]
From left to right voices are Olaf from Frozen, Floyd from 30 Rock, and the My Blaine County DJ from GTA 5.
[QUOTE=-Iker-;46124570][IMG]https://fbcdn-sphotos-d-a.akamaihd.net/hphotos-ak-xpa1/v/t1.0-9/65187_10152907961789928_5844470750972967473_n.jpg?oh=3c257f83c42077201e4f3fd8a7a84d54&oe=54C3B1F1&__gda__=1421979596_db15fec46c5c8367bd550f964af9f7ea[/IMG]
This is true btw[/QUOTE]
My mind couldn't help but jump to...
[t]http://static.gamespot.com/uploads/original/1493/14930800/2432474-sb_keyart_01_rgb_a4_300dpi_1391691540.jpg[/t]
Jesus thats big.
[QUOTE=Spectre1406;46122559]no wonder people seem to like korra, just look at that body[/QUOTE]
[img]http://cdn.screenrant.com/wp-content/uploads/Legend-of-Korra-Season-2-Episode-3-Civil-Wars.jpg[/img]
[QUOTE=-Iker-;46124570][IMG]https://fbcdn-sphotos-d-a.akamaihd.net/hphotos-ak-xpa1/v/t1.0-9/65187_10152907961789928_5844470750972967473_n.jpg?oh=3c257f83c42077201e4f3fd8a7a84d54&oe=54C3B1F1&__gda__=1421979596_db15fec46c5c8367bd550f964af9f7ea[/IMG]
This is true btw[/QUOTE]
I thought the black bird was wearing hipster glasses until I took a closer look.
[QUOTE=joost1120;46123879]It's measured by weight, not by volume. The bags are filled with air to avoid crushing the chips/crisps.[/QUOTE]
The bags aren't filled with air, theyre filled with chips. The reason the bags look half empty is because the chips get broken up during shipping and shelving, and they all settle to the bottom.
snip
Cant believe im asking for this but does anyone have the CS 1.6 allahu snackbar video? I will add it to favourites and stuff
[QUOTE=Schmaaa;46125145]The bags aren't filled with air, theyre filled with chips. The reason the bags look half empty is because the chips get broken up during shipping and shelving, and they all settle to the bottom.[/QUOTE]
If something gets broken its mass stays the same.
[QUOTE=Schmaaa;46125145]The bags aren't filled with air, theyre filled with chips. The reason the bags look half empty is because the chips get broken up during shipping and shelving, and they all settle to the bottom.[/QUOTE]
callin shit on this when i opened a fresh bag of chips the other day and a goddamn tumbleweed came out
[editline][noparse]{{about|the scientific techniques of levitation|the magic illusion|Magic (illusion)|paranormal activity|Levitation (paranormal)|other uses}}[[Image:Magnet 4.jpg|thumb|A cubical [[magnet]] levitating over a [[superconductor|superconducting]] material (this is known as the [[Meissner effect]])]]
'''Levitation''' (from [[Latin]] ''levitas'' "lightness")<ref>''Levitate'', "to rise by virtue of lightness," from Latin ''levitas'' "lightness," patterned in English on ''gravitate'': [http://dictionary.reference.com/search?q=levitate Online Etymology Dictionary]</ref> is the process by which an object is suspended by a [[Force|physical force]] against [[gravity]], in a stable position without solid physical contact. A number of different techniques have been developed to levitate matter, including the [[aerodynamic levitation|aerodynamic]], [[magnetic levitation|magnetic]], [[acoustic levitation|acoustic]], [[electromagnetic levitation|electromagnetic]], [[electrostatic levitation|electrostatic]], [[Gas film levitation|gas film]], and [[optical levitation|optical]] levitation methods.
== Physics ==
For levitation on [[Earth]], first, a force is required directed vertically upwards and equal to the gravitational force, second, for any small displacement of the levitating object, a returning force should appear to stabilize it. The stable levitation can be naturally achieved by, for example, [[magnetism|magnetic]] or [[aerodynamic]] forces.
Levitation techniques are useful tools in physics research. For example, levitation methods are useful for high-temperature melt property studies because they eliminate the problem of reaction with containers and allow deep undercooling of melts. The containerless conditions may be obtained by opposing gravity with a levitation force, or by allowing an entire experiment to freefall.<ref name=Nordine2000>{{citation|author=Paul C. Nordine, J. K. Richard Weber, and Johan G. Abadie|journal=Pure and Applied Chemistry|title=Properties of high-temperature melts using levitation|year=2000|volume=72|pages=2127–2136|doi=10.1351/pac200072112127}}</ref>
== Magnetic levitation==
{{main|Magnetic levitation}}
[[File:Stickstoff gekühlter Supraleiter schwebt über Dauermagneten 2009-06-21.jpg|thumb|a [[high-temperature superconductor]] levitating above magnet]]
Although any electromagnetic force could be used to counteract gravity, magnetic levitation is the most common. [[Diamagnetic]] materials are commonly used for demonstration purposes. In this case the returning force appears from the interaction with the [[screening current]]s. For example, a [[superconductivity|superconducting]] sample, which can be considered either as a perfect diamagnet or an [[ideally hard superconductor]], easily levitates in an ambient external magnetic field. The superconductor is first heated strongly, then cooled with liquid nitrogen to levitate on top of a diamagnet. In very strong magnetic field, by means of [[diamagnetic levitation]] even small live animals have been levitated.
It is possible to levitate pyrolytic graphite by placing thin squares of it above four cube magnets with the north poles forming one diagonal and south poles forming the other diagonal.<ref>{{citation|author=Waldron, Robert D.|title=Diamagnetic Levitation Using Pyrolytic Graphite|url=http://ieeexplore.ieee.org/xpl/freeabs_all.jsp?arnumber=5053284|journal=Review of Scientific Instruments|volume=37|pages=29–35|doi=10.1063/1.1719946}}</ref>
[[Image:A maglev train coming out, Pudong International Airport, Shanghai.jpg|thumb|A magnetically levitated (maglev) train departing Pudong International Airport on the first commercial high-speed maglev line in the world.]]
Magnetic levitation is in development for use for transportation systems. For example the [[Maglev (transport)|Maglev transportation]] includes trains that are levitated by a very large number of magnets and, due to the lack of friction on guide rails, they are potentially faster, quieter and smoother than wheeled mass transit systems.
== Other levitation methods ==
A number of different techniques, that don't involve magnetism, have been developed and are commonly used to produce the stable levitation of matter. These methods are discussed below.
=== Electrostatic ===
{{main|Electrostatic levitation}}
In electrostatic levitation an [[electric field]] is used to counteract gravitational force.
=== Aerodynamic ===
{{main|Aerodynamic levitation}}
In aerodynamic levitation, the levitation is achieved by floating the object on a stream of gas, either produced by the object or acting on the object. For example, a [[ping pong ball]] can be levitated with the stream of air from a vacuum cleaner set on 'blow'.
With enough thrust very large objects can be levitated using this method. Hovercrafts however do not use powerful downthrusts to achieve stable levitation but instead rely on producing a region of high pressure underneath them.
=== Acoustic ===
{{main|Acoustic levitation}}
Acoustic levitation uses sound waves to provide a levitating force.
=== Gas film ===
This technique enables the levitation of an object against [[gravitational force]] by floating on a thin [[gas]] film formed by gas flow through a [[porous]] membrane.<ref name=Nordine2000/> A common example of this is [[air hockey]], where the puck is lifted by a thin layer of air.
=== Optical ===
{{main|Optical levitation}}
Optical levitation is a technique in which a material is levitated against the downward force of gravity by an upward force stemming from [[photon]] [[momentum]] transfer.
=== Casimir force ===
Scientists have discovered a way of levitating ultra small objects by manipulating the so-called [[Casimir force]], which normally causes objects to stick together due to forces predicted by [[quantum field theory]]. This is, however, only possible for micro-objects.<ref>[http://news.yahoo.com/s/afp/20070806/sc_afp/britainsciencelevitation_070806132733 Scientists reveal secret of levitation, Yahoo! News]</ref><ref>[http://www.null-hypothesis.co.uk/science/news/item/levitation_magic_nanotechnology_particles_research Levitation in Miniature, Null Hypothesis]</ref>
=== Buoyant levitation === <!-- Note: [[Buoyant levitation]] redirects to here. -->
Gases at high pressure can have a density exceeding that of some solids. Thus they can be used to levitate solid objects through [[buoyancy]].<ref>http://www.mrs.org/s_mrs/sec_subscribe.asp?CID=12048&DID=275340&action=detail Materials Processing Through Levitation in High Gas Pressure</ref> [[Noble gas]]es are preferred for their non-reactivity. [[Xenon]] is the densest non-radioactive noble gas, at 5.894g/L. Xenon has been used to levitate [[polyethylene]], at a pressure of 154atm.
==Uses==
===Animal levitation===
[[Image:Frog diamagnetic levitation.jpg|thumb|[[Diamagnetism|Diamagnetic]] levitation of a live frog.]]
Scientists have levitated frogs,<ref>{{cite web|title=Frogs Levitate in a strong enough magnetic field|url=http://www.physics.org/facts/frog-really.asp|publisher=physics.org|accessdate=2 November 2012}}</ref> grasshoppers, and mice by means of powerful electromagnets utilizing superconductors, producing diamagnetic repulsion of body water. The mice acted confused at first, but adapted to the levitation after approximately four hours, suffering no immediate ill effects.<ref>[http://www.popsci.com/scitech/article/2009-09/nasa-levitates-mouse NASA Levitates a Mouse With Magnetic Fields], Popular Science, September 9, 2009</ref><ref>[http://www.livescience.com/5688-mice-levitated-lab.html] Mice Levitated in Lab</ref>
===Maglev trains===
{{main|maglev (transport)}}
Magnetic levitation is used to suspend trains without touching the track. This permits very high speeds, and greatly reduces the maintenance requirements for tracks and vehicles, as little wear then occurs. This also means there is no friction, so the only force acting against it is air resistance.
== Further reading ==
* {{cite arxiv | author= Charles P. Strehlow, M. C. Sullivan | title=A Classroom Demonstration of Levitation... | year=2008 | eprint=0803.3090}}.
== See also ==
*[[Anti-gravity]]
*[[Flight]]
*[[Weightlessness]]
== References ==
{{reflist}}
== External links ==
{{wiktionary-inline}}
* [http://www.youtube.com/watch?v=ezXYE5iFM_o Diamagnetic Levitation (YouTube)]
[[Category:Levitation|*]]
[[Category:Gravitation]]
[/noparse][/editline]
all 3 chips in there were in perfect condition
[QUOTE=Schmaaa;46125145]The bags aren't filled with air, theyre filled with chips. The reason the bags look half empty is because the chips get broken up during shipping and shelving, and they all settle to the bottom.[/QUOTE]
The whole point of filling it with air is to make space so the chips doesn't get broken. And to make it seem bigger of course.
[QUOTE=markedOne;46125212]Cant believe im asking for this but does anyone have the CS 1.6 allahu snackbar video? I will add it to favourites and stuff[/QUOTE]
[media]http://www.youtube.com/watch?v=Vb2_3W234ks[/media]
nevermind then people are too nice
[QUOTE=Torjuz;46125253]The whole point of filling it with air is to make space so the chips doesn't get broken. And to make it seem bigger of course.[/QUOTE]
The air in the bag is actually nitrogen. It's supposed to keep the contents of the bag fresh.
[IMG]http://media-cache-ec0.pinimg.com/236x/45/d5/75/45d575b3439f754998cd877864119780.jpg[/IMG]
They are infiltrating our homes.
[QUOTE=Explosions;46125288][media]http://www.youtube.com/watch?v=Vb2_3W234ks[/media][/QUOTE]
can someone please explain this video? i laugh every time i see it hahahaha
Remember this ?
[IMG]http://i.imgur.com/nRlFvfM.gif[/IMG]
I think you know whats comming next:
[IMG]http://i.imgur.com/gFKpb0q.gif[/IMG]
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