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It seems very much in the line of -"How do you solve k^k = 11? Just invent a function since it is not solvable, and then we can call it solved."
On UA-cam there are a lot of videos dealing with this problem. kᵏ = 5, kᵏ = 7, ... Lets give a general solution for kᵏ = a. As you can see, k = e^(W(ln(a))) is at least one solution for any a.
a> 1/e
0:26 k^k=🦆
K^K=11 K=e^(W(Ln(11))) K=e^(W(Ln(11)+2πin)) n=z It’s in my head.
Now onwards i will use w function to get a fish. Why go to the market?
@4:50: What's with the fish?
I literally fucking solved it in my head, 2.56
2.5556046121008206152514542654716688251666245546770082657444779051...
Even better is k= 23/9 where k^k = 10.99895411
It seems very much in the line of -
"How do you solve k^k = 11? Just invent a function since it is not solvable, and then we can call it solved."
On UA-cam there are a lot of videos dealing with this problem. kᵏ = 5, kᵏ = 7, ... Lets give a general solution for kᵏ = a. As you can see, k = e^(W(ln(a))) is at least one solution for any a.
a> 1/e
0:26 k^k=🦆
K^K=11 K=e^(W(Ln(11))) K=e^(W(Ln(11)+2πin)) n=z It’s in my head.
Now onwards i will use w function to get a fish. Why go to the market?
@4:50: What's with the fish?
I literally fucking solved it in my head, 2.56
2.5556046121008206152514542654716688251666245546770082657444779051...
Even better is k= 23/9 where k^k = 10.99895411