Pigs on the Wing - fear the force :)

[stodd]

 

[Slash27]

Gull?

[TnDep]

(Image removed from quote.)

  I think they did say gull or mine mine mine thats funny

[Saurdaukar]

And so this is why our high school graduates rank about 30th in the world and need remedial help in basic english lit and math when they enter college if at all anymore. Half of our college Sr.'s fail basic world geography test's and don't know the difference between Shakespear or Chaucer. I could have used Old English\ Saxon. Yes shuffler a 5yr old is about right. You do not even recognise Shakespearian or Chaucerian meter when its spoken to you. A 5 year old will agree with anything you say because supposidly you are it's authority figure. A 5 year old did not read nor understand the parenthetic structures, historical refrences and mythlogical refrences in my choice of imagery. Chaucer wrote in Old English or Saxon. There are no modern romantic language idiums so everything is litteral.

Modern English: Why hide behind a 5 year old?  Old English: 5 year old behind hide why?

Do you know what style Cato the Elder spoke in without using an Internet search engine? Or even who Cato the Elder was? Do you know who Nix is? No 5 year old does nor do I think you do either without hiding behind a search engine.

Cute.  The arrogance of a one trick pony rears it head.  "You're not smart unless you know what I know!" says he.

Given that logic... I see your extraordinarily useful BA in English Literature and raise you a question in a language you haven't the slightly idea how to read, let alone answer without, as you say, "hiding behind a search engine."



Quotient: p/q roots.  Binomial Expansion Theorem. 

(x+h)^p/q or = the qth root of (x+h)^p



Off piss you.

[waystin2]

Uh-oh it's really turned into a...

[TnDep]

I know I'm right Shut Up!

[ink]

...



Quotient: p/q roots.  Binomial Expansion Theorem. 

(x+h)^p/q or = the qth root of (x+h)^p



Off piss you.

what the hell is this???
wait forget it I don't want to know gives me a headache looking at it.

[sunfan1121]

 

[scot12b]

[stodd]

<--drawing a blank.

[bj229r]

Cute.  The arrogance of a one trick pony rears it head.  "You're not smart unless you know what I know!" says he.

Given that logic... I see your extraordinarily useful BA in English Literature and raise you a question in a language you haven't the slightly idea how to read, let alone answer without, as you say, "hiding behind a search engine."



Quotient: p/q roots.  Binomial Expansion Theorem. 

(x+h)^p/q or = the qth root of (x+h)^p

Off piss you.

Sooooo.....you're saying....you want us to put WATER on the crops?

[Saurdaukar]

Yes, water your crops.

That and recognize the absurdity of citing a single tree in a forest as evidence of the forest's size.

[grizz441]

Quotient: p/q roots.  Binomial Expansion Theorem. 

(x+h)^p/q or = the qth root of (x+h)^p

Well duh, the equilibrium of roots and powers.

[boomerlu]

Wow, PotW starts off with some harmless remark about owning people.

And it turns into an argument about Chaucer/Shakespeare, English lit, and of all things the binomial expansion theorem?

WTF.  

p.s., Sardaukar, your formatting of the theorem is gibberish. It means nothing. You have not defined any variables nor named any assumptions. Nor does the equation you state even make sense. It is not even a proper equation. I'm sorry, as a mathematically trained person, it makes me sick just looking at it, especially knowing the real statement of the theorem.

[usvi]

Ball meets Face!