Graham is a small community East of Puyallup. Most visitors are either lost or passing through on their way to Northwest Trek and the mountains. Meridian Ave serves as a backbone, or tailbone (since it comes out of Puyallup) to add structure to the Safeway plaza and gas station kiddy corner. Graham Kapowsin high, recently put Graham on the map, since many people didn't get past the dump and shooting guns doesn't excite suburbans. Parties in Graham are characteristically put together on a farm, where a bonfire is a must. Graham is a great place to go if you want to get outside the city limits, but not find total wilderness.
by Astrider27 June 04, 2010
a nearly unattainable leadership trait characterized by innovative thinking coupled with the charismatic ability to captivate large crowds of people.
by Cash_ss4 October 23, 2007
beautiful actress that played in movies such as austin powers the spy who shagged me, anger management, and the guru.
by Nigga November 27, 2004
by fartknockers April 23, 2009
A word of insult to use instead of swearing. Gypsy Grahams live in forests and eat wood occasionally; they also shout 'Oi!' to anyone who walks passed them.
by evelynelectra March 07, 2012
by Numii June 12, 2019
Graham’s number is a number invented by Ronald Graham. In order to explain what it is, the notation must be understood. It’s called up-arrow notation, denoted by the ↑ symbol. One up-arrow just denotes that the second number is an exponent. For example, 3↑3 is 3^3, or 27. Using two arrow creates the fourth thing in the sequence of addition, multiplication, and exponentiation. Some call this math operation tetration. 3↑↑3 is 3^(3^3), 3^27, or 7,625,597,484,987. Using a third arrow, you can probably predict what happens. 3↑↑↑3 is 3↑↑(3↑↑3), or 3↑↑7,625,597,484,987. This means that you have (3^(3^(3^(...(3^3)...)))), and there are 7,625,597,484,987 3’s. For perspective, 3↑↑4, or 3^7,625,597,484,987, contains 3,638,334,640,024 digits. I’m not kidding, that is the actual number of digits, compute it using the Big Online Calculator. And yet, despite how far blown out of proportion this thing has been, it’s still not large enough. We need a fourth arrow. Don’t even get me started on the size of 3↑↑↑↑3, or 3↑↑↑(3↑↑↑3). And that number is called G(1). G(2) is 3↑↑↑...↑↑↑3. There are G(1) arrows. G(3) is 3↑↑↑...↑↑↑3, with G(2) 3’s. You get it now? Graham’s number is defined as G(64). And despite its immense size, it actually has a purpose. Suppose you had higher-dimensional hypercubes, and you had two colors for edges, and you wanted to know how many dimensions it took before a square where all lines were the same color was forced. The upper bound on that answer is Graham’s number.
by YeetusDeletus69420 January 05, 2020