Editing 207: What xkcd Means

Jump to: navigation, search

Warning: You are not logged in. Your IP address will be publicly visible if you make any edits. If you log in or create an account, your edits will be attributed to your username, along with other benefits.

The edit can be undone. Please check the comparison below to verify that this is what you want to do, and then save the changes below to finish undoing the edit.
Latest revision Your text
Line 12: Line 12:
 
The first panel shows a driver, marked by a red line, making a {{w|right turn on red|right turn at a red light}}, a {{w|U-turn}} on the connecting road, and then another right turn, returning them to their original direction presumably faster than waiting for the light. Right turns at red lights and U-turns are legal in all 50 states, but some intersections do not allow them (and turning at a red light is illegal everywhere in Europe, except for if the traffic lights have been fitted with an auxilliary {{w|Traffic light#Vehicular signals|green arrow}} which indicates such an allowance during a [[1116: Traffic Lights|road junction's sequence]]). Hence, this complicated maneuver is "questionably legal". However, under certain circumstances in the US state of Oregon, [https://law.stackexchange.com/questions/79990/is-the-questionably-legal-maneuver-from-xkcd-207-actually-legal it appears that this is actually legal].
 
The first panel shows a driver, marked by a red line, making a {{w|right turn on red|right turn at a red light}}, a {{w|U-turn}} on the connecting road, and then another right turn, returning them to their original direction presumably faster than waiting for the light. Right turns at red lights and U-turns are legal in all 50 states, but some intersections do not allow them (and turning at a red light is illegal everywhere in Europe, except for if the traffic lights have been fitted with an auxilliary {{w|Traffic light#Vehicular signals|green arrow}} which indicates such an allowance during a [[1116: Traffic Lights|road junction's sequence]]). Hence, this complicated maneuver is "questionably legal". However, under certain circumstances in the US state of Oregon, [https://law.stackexchange.com/questions/79990/is-the-questionably-legal-maneuver-from-xkcd-207-actually-legal it appears that this is actually legal].
  
The second panel shows [[Cueball]] searching for his mobile phone by having his friend call it to locate the ringtone, only to hear a ring from inside of his dog's stomach, possibly a reference to {{w|Jurassic Park III|''Jurassic Park III''}}.{{Citation needed}}<!-- explain which part of the movie it refers to --> This, by the way, is a weird depiction. Usually this is done by someone with or close to you. Because if Cueball didn't have his phone, then how could he get someone outside the house to call it? Having someone you meet call your phone, presumably to find it, is used in [[2900: Call My Cell]], although it turned out it was not really about finding the phone, rather, [[Black Hat]] showing his inner [[classhole]].
+
The second panel shows [[Cueball]] searching for his mobile phone by having his friend call it to locate the ringtone, only to hear a ring from inside of his dog's stomach, possibly a reference to {{w|Jurassic Park III|''Jurassic Park III''}}.<!-- explain which part of the movie it refers to -->
  
The third panel discusses calling an Ackermann function using Graham's number as input arguments to horrify mathematicians, where {{w|Graham's number}} is a (very) large number (once celebrated as the largest number ever used in a proof, although it is no longer the record holder), and the {{w|Ackermann function}} is a (very) fast-growing function, thus the function's output must be insanely large. (In fact, A(g<sub>64</sub>, g<sub>64</sub>) is actually smaller than g<sub>65</sub>.)
+
In the third panel, {{w|Graham's number}} is a (very) large number (once celebrated as the largest number ever used in a proof, although it is no longer the record holder), and the {{w|Ackermann function}} is a (very) fast-growing function, thus the function's output must be insanely large. (In fact, A(g<sub>64</sub>, g<sub>64</sub>) is actually smaller than g<sub>65</sub>.)
  
The fourth panel describes how walking in a specific pattern on a tile floor based on arbitrary rules related to the position of the black and white tiles will cause someone to be unable to walk normally on a tile floor ever again. This is further referenced in [[245: Floor Tiles]].
+
The fourth panel shows somebody walking in a pattern based on the position of black and white tiles on the floor. This is further referenced in [[245: Floor Tiles]].
  
The title text refers to {{w|stigmata}}, marks corresponding to Jesus' crucifixion wounds. They are also sometimes reported to bleed periodically. Using ketchup to fake stigmata would be a  good idea, as from afar people would think that you actually are bleeding from your (supposed) stigmata. Devout Catholics have claimed to have spontaneously developed stigmata.
+
The title text refers to {{w|stigmata}}, marks corresponding to Jesus' crucifixion wounds. Devout Catholics have claimed to have spontaneously developed stigmata.
  
 
==Transcript==
 
==Transcript==
Line 33: Line 33:
 
:[The mathematical function "A(g<sub>64</sub>, g<sub>64</sub>)=" appears in the panel. Next to the equal sign stands a mathematician, clutching his head.]
 
:[The mathematical function "A(g<sub>64</sub>, g<sub>64</sub>)=" appears in the panel. Next to the equal sign stands a mathematician, clutching his head.]
 
:It means calling the Ackermann function with Graham's number as the arguments just to horrify mathematicians.
 
:It means calling the Ackermann function with Graham's number as the arguments just to horrify mathematicians.
:Mathematician: ''AUGHHH''
+
:Mathematician: ''Aughhh''
  
:[An approximately 8 by 8 square of floor tiles is shown. Each black tile has 2 tiles between itself and another on all sides, starting at the bottom left. A guy and girl are shown next to it, walking on what is presumed to be the same pattern of floor tiles.]
+
:[An approximately 8 by 8 square of floor tiles is shown; the first, fourth, and seventh across in the first, fourth, and seventh rows are black, and the rest are white. A guy and girl are shown next to it, walking on what is presumed to be the same pattern of floor tiles.]
 
:It means instinctively constructing rules for which floor tiles it's okay to step on and then walking funny ever after.
 
:It means instinctively constructing rules for which floor tiles it's okay to step on and then walking funny ever after.
 
:[Line indicating the uppermost right black tile: Black tiles okay.]
 
:[Line indicating the uppermost right black tile: Black tiles okay.]
Line 49: Line 49:
 
[[Category:Comics featuring Cueball]]
 
[[Category:Comics featuring Cueball]]
 
[[Category:Comics featuring Megan]]
 
[[Category:Comics featuring Megan]]
[[Category:Comics with color]]
 
 
[[Category:Dogs]]
 
[[Category:Dogs]]
 
[[Category:Logic]]
 
[[Category:Logic]]
Line 56: Line 55:
 
[[Category:Religion]]
 
[[Category:Religion]]
 
[[Category:Language]]
 
[[Category:Language]]
[[Category:Phones]]
 

Please note that all contributions to explain xkcd may be edited, altered, or removed by other contributors. If you do not want your writing to be edited mercilessly, then do not submit it here.
You are also promising us that you wrote this yourself, or copied it from a public domain or similar free resource (see explain xkcd:Copyrights for details). Do not submit copyrighted work without permission!

To protect the wiki against automated edit spam, we kindly ask you to solve the following CAPTCHA:

Cancel | Editing help (opens in new window)