euler's formula
I listened to NPR talk about math last night.
there was an interesting blurb about Euler's
pi = circumference/diameter
i = square root (-1)
e = natural log
e^i(pi) = -1
wow
math is beautiful
there was an interesting blurb about Euler's
pi = circumference/diameter
i = square root (-1)
e = natural log
e^i(pi) = -1
wow
math is beautiful
If you rewrite it as:
e^(pi*i) + 1 = 0
you have a simple equation that contains the five most important constants in mathematics, the three most important operations (addition, multiplication, and exponentiation), the single most important relation (equality), and nothing else.
Gauss is said to have remarked that if this formula weren't immediately obvious, the reader would never become a first-class mathematician.
wow
e^(pi*i) + 1 = 0
you have a simple equation that contains the five most important constants in mathematics, the three most important operations (addition, multiplication, and exponentiation), the single most important relation (equality), and nothing else.
Gauss is said to have remarked that if this formula weren't immediately obvious, the reader would never become a first-class mathematician.
wow
Originally Posted by shotiable,Aug 26 2006, 01:06 PM
i feel stupid.
- Heinlein
(This quote - incorrectly attributed to Isaac Asimov, and possibly containing "wear shoes" and "bathe" in the wrong order - was on the door of the office of one of the mathematics professors at UCLA many, many years ago. It may still be there.)
i'm not engineering... so i dont really study math, its not exactly my forte... only math i have to use if for conversions... things like metric to english convertions and vice versa, body weight to amount of medication ratio... etc...
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Originally Posted by magician,Aug 26 2006, 04:20 PM
Anyone who does not understand mathematics is not completely human. At best, he is a tolerable subhuman who has learned to wear shoes, bathe, and not make messes in the house.
- Asimov
(This quote was on the door of the office of one of the mathematics professors at UCLA many, many years ago. It may still be there.)
- Asimov
(This quote was on the door of the office of one of the mathematics professors at UCLA many, many years ago. It may still be there.)
Originally Posted by DiamondDave2005,Aug 26 2006, 02:05 PM
If he attributed it to Asimov, he was way off. This is a classic Robert A. Heinlein quote.
Thanks!
Originally Posted by S2020,Aug 26 2006, 12:39 PM
I listened to NPR talk about math last night.
there was an interesting blurb about Euler's
pi = circumference/diameter
i = square root (-1)
e = natural log
e^i(pi) = -1
wow
math is beautiful
there was an interesting blurb about Euler's
pi = circumference/diameter
i = square root (-1)
e = natural log
e^i(pi) = -1
wow
math is beautiful
Beautiful? Not so much.







