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 Yearling
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  • 6 votes cast
Jun
15
comment Simple Laplace equation with peculiar boundary condition
Won't the fact that I am neglecting the terms with $k<0$ in the Fourier series of $\cos(\theta/2)$ give the wrong result?
Jun
15
revised Eliminate singularity from a PDE system
deleted 44 characters in body
Jun
15
asked Eliminate singularity from a PDE system
Jun
14
revised Fourier coefficients of $\cos(x/2)$
added 13 characters in body
Jun
14
accepted Fourier coefficients of $\cos(x/2)$
Jun
14
revised Fourier coefficients of $\cos(x/2)$
added 2 characters in body
Jun
14
revised Fourier coefficients of $\cos(x/2)$
added 2 characters in body
Jun
14
revised Fourier coefficients of $\cos(x/2)$
added 115 characters in body
Jun
14
comment Fourier coefficients of $\cos(x/2)$
In the interval $[0,2\pi]$
Jun
14
revised Fourier coefficients of $\cos(x/2)$
added 115 characters in body
Jun
14
asked Fourier coefficients of $\cos(x/2)$
Jun
13
revised Simple Laplace equation with peculiar boundary condition
added 4 characters in body
Jun
13
comment Simple Laplace equation with peculiar boundary condition
Well, I guess it is similar to what I meant to do with my sum, but the k/2. But, will the $R^{-k}$ give any problems in finding the coefficients $A_k$?
Jun
13
asked Simple Laplace equation with peculiar boundary condition
Mar
22
awarded  Yearling
Mar
6
awarded  Teacher
Mar
6
revised Single integral of 2 variable function in polar coordinates
edited body
Mar
6
asked Single integral of 2 variable function in polar coordinates
Mar
4
answered How do i correctly go from a two variable function to a function of difference?
Feb
25
comment Polar coordinates for vector difference in $\mathbb{R}^2$
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