Published on: 2025-07-15 08:55:13
COMMENTS Are there any more terms in this sequence? Evidence that the sequence may be finite, from Rick L. Shepherd , Jun 23 2002: 1) The sequence of last two digits of 2^n, A000855 of period 20, makes clear that 2^n > 4 must have n == 3, 6, 10, 11, or 19 (mod 20) for 2^n to be a member of this sequence. Otherwise, either the tens digit (in 10 cases), as seen directly, or the hundreds digit, in the 5 cases receiving a carry from the previous power's tens digit >= 5, must be odd. 2) No additi
Keywords: 10 additional digit digits sequence
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