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15
Math.TechQA.Club
2020-07-04 13:33:33
175
Views
how to calculate $ \bmod 2 \pi$
Published on
04 Jul 2020 - 13:33
#modular-arithmetic
#pi
687
Views
Is $22/7$ the closest to $\pi$, among fractions of denominator at most $50$?
Published on
26 Mar 2026 - 0:54
#number-theory
#pi
#continued-fractions
#diophantine-approximation
742
Views
Can the value of $\pi$ be the denominator of an angle in radians?
Published on
13 Jul 2020 - 23:47
#fractions
#pi
220
Views
Is the circumference of a unit circle irrational?
Published on
14 Jul 2020 - 17:17
#circles
#pi
43
Views
Given 2 angles find the third angle for all triangles?
Published on
15 Jul 2020 - 20:10
#geometry
#number-theory
#trigonometry
#arithmetic
#pi
90
Views
Blue tooth's curve and integral inequality
Published on
24 Jul 2020 - 6:26
#inequality
#definite-integrals
#curves
#pi
215
Views
sequence of diophantine approximants of $\pi$
Published on
26 Mar 2026 - 0:53
#real-analysis
#sequences-and-series
#analytic-number-theory
#pi
#diophantine-approximation
399
Views
Proof of $\pi^e$ and $e^\pi$ Being Irrational
Published on
09 Jul 2016 - 6:29
#proof-verification
#exponential-function
#irrational-numbers
#pi
606
Views
$e^{\left(\pi^{(e^\pi)}\right)}\;$ or $\;\pi^{\left(e^{(\pi^e)}\right)}$. Which one is greater than the other?
Published on
13 Jul 2016 - 9:17
#real-analysis
#inequality
#exponential-function
#pi
217
Views
$\pi$ and $e$ as coded trajectories
Published on
15 Jul 2016 - 16:52
#exponential-function
#irrational-numbers
#pi
47
Views
Computing pi with maps on the rationals
Published on
18 Jul 2016 - 2:29
#pi
#computational-mathematics
295
Views
The number of primitive Pythagorean triangles with bounded hypotenuses
Published on
26 Mar 2026 - 19:18
#geometry
#number-theory
#analytic-number-theory
#pi
#pythagorean-triples
7.3k
Views
Why would we use the radius of a circle instead of the diameter when calculating circumference?
Published on
21 Jul 2016 - 1:50
#pi
490
Views
Can any number sequence be found in $\pi$?
Published on
21 Jul 2016 - 23:52
#pi
87
Views
Numerators of close rational approximations to $\pi$
Published on
26 Mar 2026 - 4:16
#real-analysis
#pi
#diophantine-approximation
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