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Jun
16
revised Going from $f = u(x,y) +iv(x,y)$ to $f(z) = f(x+iy)$
added 2 characters in body
Jun
3
revised How to find minimum distance path between 2 points on a surface
edited body
Jun
3
revised How to find minimum distance path between 2 points on a surface
added 614 characters in body
Jun
2
revised How to find minimum distance path between 2 points on a surface
edited tags
Jun
2
revised How to find minimum distance path between 2 points on a surface
added 12 characters in body
May
29
revised Tangent points on circle that placed on Earth surface
added 32 characters in body
May
29
revised Tangent points on circle that placed on Earth surface
edited title
Apr
3
revised To evaluate $\int_0^{+\infty} \frac{\;\mathrm dx}{\sqrt[3]{x^3+a^3}\sqrt[3]{x^3+b^3}\sqrt[3]{x^3+c^3}}$
I have updated @Noam D. Elkies . Thanks a lot for your answer. I have noticed a mistake after your the change of variables . It should be $dx = -t^{-4/3} dt/3$ . Best Regards
Mar
30
revised Convert a 2D point to 3D on a plane
deleted 5 characters in body
Dec
2
revised Prove that $\lim_{m\to\infty} I_{2m}/I_{2m+1}=1$
edited title
Nov
14
revised To find Area of rectangular with given 3 parameters
added 608 characters in body
Nov
14
revised Analysis of the function $\prod_{n=-\infty}^{ \infty }(1-e^{-a{(x+n)^2} })$
I added the roots of $G(x,a)$ for negative k integers
Nov
13
revised Analysis of the function $\prod_{n=-\infty}^{ \infty }(1-e^{-a{(x+n)^2} })$
added 42 characters in body
Nov
13
revised Analysis of the function $\prod_{n=-\infty}^{ \infty }(1-e^{-a{(x+n)^2} })$
added 1558 characters in body
Nov
13
revised Analysis of the function $\prod_{n=-\infty}^{ \infty }(1-e^{-a{(x+n)^2} })$
added 2 characters in body
Nov
11
revised Analysis of the function $\prod_{n=-\infty}^{ \infty }(1-e^{-a{(x+n)^2} })$
edited title
Nov
11
revised Analysis of the function $\prod_{n=-\infty}^{ \infty }(1-e^{-a{(x+n)^2} })$
added 1436 characters in body; edited title
Nov
10
revised Analysis of the function $\prod_{n=-\infty}^{ \infty }(1-e^{-a{(x+n)^2} })$
added 2 characters in body
Nov
4
revised To find the general formula of $\overbrace{g(g(g(…g(x))}^\text{n}=g_n(x)=\frac{A_{n}.x+B_{n}}{C_{n}.x+D_{n}}$
edited body
Nov
4
revised To find the general formula of $\overbrace{g(g(g(…g(x))}^\text{n}=g_n(x)=\frac{A_{n}.x+B_{n}}{C_{n}.x+D_{n}}$
added 153 characters in body