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Quote: Originally Posted by oneightoo isnt that really only 2 letters? it's 2 letters x 2 + 1 = 3... and the eigen values are? what is the gradient of a tangent to the curve at the point x = 4?
Quote: Originally Posted by InsaneAsylum it's 2 letters x 2 + 1 = 3... and the eigen values are? what is the gradient of a tangent to the curve at the point x = 4? bwuhahaha. thats makes no sense..
Quote: Originally Posted by InsaneAsylum it's 2 letters x 2 + 1 = 3... and the eigen values are? what is the gradient of a tangent to the curve at the point x = 4? isnt it 3.1415927?
Quote: Originally Posted by oneightoo isnt it 3.1415927? you'll have to divide that by at least one radian
Quote: Originally Posted by ASTRAnomical LCC bwuhahaha. thats makes no sense.. it's because your not reading it with an aussie accent :) ;)
Quote: Originally Posted by oneightoo isnt it 3.1415927? isnt that pi?
yeah sure is.. am i uber nerd for knowing it to 7 decimal places?
y e s
So, any updates?
Quote: Originally Posted by oneightoo So, any updates? Your asking this 12 years later ????? What am I even doing in here all this time later even looking at this LOL :D