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15
Math.TechQA.Club
2015-12-22 18:35:34
270
Views
Can one find a closed form solution to $\ln x=\frac{1}{x}$,
Published on
22 Dec 2015 - 18:35
#closed-form
#lambert-w
212
Views
The general solution of $x^a = a^x$ for real $a >0$
Published on
27 Dec 2015 - 20:18
#exponential-function
#roots
#lambert-w
246
Views
Is the Lambert W function multivalued everywhere?
Published on
29 Dec 2015 - 13:49
#complex-analysis
#special-functions
#lambert-w
365
Views
New Elementary Function?
Published on
30 Dec 2015 - 13:41
#functions
#soft-question
#education
#lambert-w
121
Views
Solve for x, $2=e^{3x}-x$?
Published on
26 Mar 2026 - 22:44
#lambert-w
189
Views
Sequence related to solutions of the equation $x^x=c$
Published on
04 Jan 2016 - 4:42
#sequences-and-series
#limits
#lambert-w
1k
Views
Infinite tetration of $z$ where $z=i^i$
Published on
26 Mar 2026 - 13:00
#complex-numbers
#exponentiation
#pi
#lambert-w
#tetration
556
Views
Any way we can evaluate the infinite power tower where it diverges?
Published on
22 Mar 2026 - 10:19
#lambert-w
#power-towers
3.7k
Views
Solving an exponential equation with x as a base and an exponent
Published on
05 Feb 2016 - 2:24
#logarithms
#lambert-w
549
Views
How to solve $\ln(y)=\ln(x)e^{\ln(x+1)} $ for x?
Published on
05 Feb 2016 - 13:24
#logarithms
#exponential-function
#lambert-w
391
Views
A strange identity related to the imaginary part of the Lambert-W function
Published on
13 Feb 2016 - 1:29
#complex-analysis
#asymptotics
#lambert-w
846
Views
Convergence or divergence of infinite power towers of complex numbers $z^{z^{z^{z{...}}}}$
Published on
26 Mar 2026 - 12:53
#sequences-and-series
#complex-analysis
#complex-numbers
#tetration
#lambert-w
1.2k
Views
Proving that if $|W(-\ln z)| < 1$ then $z^{z^{z^{z^...}}}$ is convergent
Published on
26 Mar 2026 - 11:17
#sequences-and-series
#complex-analysis
#complex-numbers
#lambert-w
#tetration
1.4k
Views
Has $e^x = ax^2$ a general solution for all $x$?
Published on
02 Mar 2016 - 0:09
#exponential-function
#lambert-w
68
Views
How to find solution for this equation
Published on
03 Mar 2016 - 8:23
#algebra-precalculus
#lambert-w
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