Mathematics It is amazing how 2 divergent series and sequence converge to give Euler's constant: As n goes to infinity we have (1+1/2+1/3+1/4+...+1/n)-log(n)=0.577.
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The most beautiful formula in mathematics is
e^(jxPi)+1=0
where j=Sqrt(-1).
What is your favourite formula?
Isn't a statement that is a tautology pretty boring because it is always true. What do you think?
Another beautiful formula in complex numbers and in mathematics in general is
j^(j)=e^(-pi/2)
That is j to the power j is a real number e^(-pi/2).
Harmonic series minus the limit of ln(n) as n goes to infinity is equal to Euler's constant.
Integral of x^x between 0 to 1 equals 1-2^2+3^3-4^4+5^5-6^6...
What a great web log. I spend hours on the net reading blogs, about tons of various subjects. I have to first of all give praise to whoever created your theme and second of all to you for writing what i can only describe as an fabulous article. I honestly believe there is a skill to writing articles that only very few posses and honestly you got it. The combining of demonstrative and upper-class content is by all odds super rare with the astronomic amount of blogs on the cyberspace.
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