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f(x) = x - 100000
f(10014) = 14

cool.. B|

But NO :|

Let \(f(n) = n + 14\). Then \(f(0 + 0 + 0 + 0 + 0) = 14\)

B-)

My solution is lamer!

-_-

f(x) = 1400000x
f(0.00001) = 14
I used 5 zeros twice :-)

good for you :)

S(S(S(S(S(S(S(S(S(S(S(S(S(S(0+0+0+0+0))))))))))))))
This one is the lamest :D

what is this anyways ?

or \(p_{0!}p_{0!+0!+0!+0!}\), where \(p_n\) denotes the nth prime?

S(n) = n + 1, succesor function

aha..hmm
I won;t say thats more lame, I'd say thats equally lame relative to my soln.! -_-

but still, its cool.. B|

What's your solution? :p

I'll message you.

So the answer is...\[\left\lfloor \tan\left(\dfrac{0! + 0! + 0!}{0! + 0!}\right)\right\rfloor\]