If we repeated the process of (0!+0!)+0!)!...) will the result reach infinity?
u must add a lotta brackets on left too \(((((...(0!+0!)+0!)...)\) and yeah i think it is infinity
You're really just doing this, right?\[\large\rm (((...(2!+1)!+1)!+1)!+...\]Since the inner most part is 0!+0! = 2. Ya looks like it grows pretty crazy :) What a mess, heh
I am getting increasing number of factorials
Ya, and they increase pretty quickly don't they? :)\[\large\rm (((...(2!+1)!+1)!+1)!+...\]\[\large\rm (((...(3!+1)!+1)!+...\]\[\large\rm (((...(7!+1)!+...\]and the next one is huuuuuge
then whats the factorial of infinity
infinity
its just-> \(\infty \times (\infty-1) \times (\infty-2)...3 \times 2 \times 1\) what ever u multiply with \(\infty\) you will always get \(\infty\)
I thought that there is something special about it thanks..
np :) few days ago i was thinking about factorial and thought about \((-1)!\) i entered it on wolfram and i got this- http://www.wolframalpha.com/input/?i=%28-1%29%21
(-1)!=0!/0=1/0=undefined
silence
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