mathelord
whats the remainder when x^X^x^x... is divided by x-700^(1/700)
leaving answer in whole number
leaving answer in whole number
The discussion centers on finding the remainder when the infinite power tower \( x^{x^{x^{...}}} \) is divided by \( x - 700^{1/700} \). Participants reference Bézout's theorem in relation to the problem, indicating that the remainder is likely \( 700^{1/700} \) raised to itself infinitely. However, the challenge lies in expressing this remainder as a whole number, as the infinite nature of the power tower complicates direct calculations.
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