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What if you tried to print Wikipedia?

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Get a copy of What If? 2 and Randall’s other books at: https://xkcd.com/books More serious answers to absurd questions at: https://what-if.xkcd.com/ If you had a printed version of the whole of Wikipedia, how many printers would you need in order to keep up with the changes made to the live version? Credits ******* Randall Munroe | Narrator Henry Reich | Writer & Director Lizah van der Aart | Illustration and Video Editing Ever Salazar | Chief Chaos Controller Know Art Studios | Music & Sound Effects What If? The Video Series is the official adaptation of the What If? books by Randall Munroe and is produced by Neptune Studios LLC. Randall Munroe is the author of the New York Times bestsellers What If? 2, How To, What If?, and Thing Explainer; the science question-and-answer blog What If?; and the popular web comic xkcd (https://xkcd.com). A former NASA roboticist, he left the agency in 2006 to draw comics on the internet full time. Henry Reich is the creator of MinutePhysics and executive producer of MinuteEarth and MinuteFood and founder of Neptune Studios LLC (the parent company for all three youtube channels). ©2024 xkcd, inc.
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Video Summary & Chapters

0:00
1. Printing Wikipedia
Exploring the idea of printing the entire Wikipedia
0:23
2. Previous Attempts
Looking at previous attempts to print Wikipedia content
0:50
3. Keeping Up with Edits
Analyzing the challenge of keeping printed Wikipedia up to date
1:26
4. Size Estimation
Estimating the size of a printed version of English Wikipedia
1:46
5. Cost Analysis
Calculating the expenses involved in printing and managing Wikipedia
2:09
6. Ink Cartridge Nightmare
Discussing the high cost of ink cartridges in the printing process
2:32
7. Potential Challenges
Considering potential challenges like a Wikipedia blackout and associated costs
2:40
8. Final Thoughts
Reflecting on the feasibility of printing Wikipedia in the digital age

Video Transcript

0:00
this question comes from Suzanne who
0:02
asks if you had a printed version of the
0:04
whole of Wikipedia how many printers
0:05
would you need in order to keep up with
0:06
the changes made to the live version for
0:09
the English Wikipedia you'd need this
0:12
many six printers is surprisingly few
0:15
but before you try to create a live
0:17
updating paper version of Wikipedia
0:18
let's look at what those printers would
0:19
be doing and how much they'd cost people
0:22
have considered printing out Wikipedia
0:23
before in 2012 Rob Matthews printed
0:25
every featured article creating a book a
0:27
couple feet thick and in 2015 Michael
0:29
mberg created art installation to show
0:31
the scope of Wikipedia by printing
0:33
around 1% of its articles although
0:34
without images the entire encyclopedia
0:37
would be a lot bigger Wikipedia user Tom
0:38
PW has set up a Wikipedia page that
0:40
calculates the current size of the whole
0:42
English Wikipedia without images in
0:43
printed volumes it would currently fill
0:45
a lot of bookshelves but most libraries
0:47
have far more books keeping up with the
0:49
edits would be harder English Wikipedia
0:51
currently receives about 150,000 edits
0:53
each day or 100 per minute we could try
0:55
to define a way to measure the word
0:56
count of the average edit but that's
0:58
hard bordering on Impossible and
1:00
fortunately we don't need to we can just
1:02
estimate that each change is going to
1:03
require us to reprint a page somewhere
1:05
now many edits will actually change
1:06
multiple pages but many other edits are
1:09
reverts which would let us put back
1:10
pages that we've already printed so one
1:12
page per edit seems like a reasonable
1:13
middle ground for a mix of photos tables
1:16
and text typical of Wikipedia a good
1:18
injet printer might put out 15 pages per
1:20
minute this means you'd only need about
1:21
six printers running at any given time
1:23
to keep Pace with the roughly 100 edits
1:25
each minute the paper would stack up
1:26
quickly using Rob matthews's book as a
1:28
starting point I did my own back of the
1:30
envelope at estimate for the size of the
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