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age 29
visits member for 3 years, 11 months
seen 3 hours ago

I hereby authorize whoever it may concern to post my comments as answers if they wish, whether as community wiki or otherwise if you like imaginary internet points.


Feb
3
revised Does the area of web chart diagrams depend on the order of items?
I'm terrible at naming variables
Jan
30
revised Is $|z|^2$ complex differentiable?
edited title
Jan
28
revised Two plants, a rose and a jasmine…
edited tags
Jan
27
revised Calculate area of a figure based on vertices
spelling etc.
Jan
26
revised How do I differentiate this function?
how to simplify $y - [y]$
Jan
25
revised Is there a nice way to define the “maximum” of two quadratic forms?
corrected minor technical error
Jan
25
revised Does the area of web chart diagrams depend on the order of items?
Replaced "4" with "four"... Sorry for the bother.
Jan
22
revised Are the Karush-Kuhn-Tucker conditions applicable when one or more of the constraints are nonlinear?
edited title
Jan
20
revised Asymptotically optimal algorithms
log -> \log
Jan
20
revised 'Cosine'-esque function with flat peaks and valleys
improved TeX, inserted image
Jan
18
revised Higher Dimensional Generalization of Helmholtz Theorem
formatting
Jan
17
revised Given the dimensions of two rectangles, find how many smaller rectangles fit the bigger one
inserted image
Jan
17
revised What's the meaning of the transpose?
I don't think we need a tag specifically for the transpose
Jan
16
revised How to scale a polyhedron contained a 3-sphere?
this is how slerp can help you
Jan
14
revised Why does the following set have no subspaces but {0} and itself?
formatting
Jan
12
revised Find the angle between two lines using a compass and straight edge.
added 51 characters in body
Jan
9
revised will 3 lights illuminate convex solid
generalizations to higher dimensions
Jan
5
revised How to prove that $e = \lim_{n \to \infty} (\sqrt[n]{n})^{\pi(n)} = \lim_{n \to \infty} \sqrt[n]{n\#} $?
added non-math text to title
Jan
5
revised Could explain me how eigenvector helps with compute gradient and how make differentiate operation on decrete space like digital image?
added 703 characters in body
Jan
1
revised Geometric inequality: $2r^2+8Rr \leq \frac{a^2+b^2+c^2}{2}$
added information given by asker in comments