Mathematics
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Alex Pavellas
  • Member for 6 years, 10 months
  • Last seen more than 3 years ago
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All Questions Answers
Score Newest
answer
41
How do I interpret Euler's formula?
Feb 21, 2018
question
8
Is there a direct method for evaluating this integral: $\int_{0}^{2\pi}\ln^2(2\sin(\frac{x}{2}))dx$?
Jul 21, 2015
question
7
Constructing an orthogonal basis with a choice of inner product [duplicate]
Jul 19, 2015
answer
5
Benefit of studying series
Apr 11, 2018
answer
5
"Every function can be represented as a Fourier series"?
Jul 30, 2015
question
4
Problems reducible to polynomial root finding
Jul 15, 2016
answer
2
Finding $\frac {a}{b} + \frac {b}{c} + \frac {c}{a}$ where $a, b, c$ are the roots of a cubic equation, without solving the cubic equation itself
Jul 22, 2015
answer
2
Finding the Fourier series of $\delta(x)$ on $ (-\pi, \pi)$ (dirac delta)
Nov 30, 2016
answer
1
What is the difference between the gradient and the gradient vector?
May 24, 2016
answer
1
Conclusions we can draw about $g(x)$ when $\int_{0}^{L}g(x) \sin \frac{n \pi x}{L}dx = 0$
Dec 9, 2016

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