10000000001
domain: N
Appears in sequences
- a(0)=1; a(n) = 10^n + 1, n >= 1.at n=10A000533
- Sierpiński numbers of the first kind: n^n + 1.at n=10A014566
- Palindromes of form k^2 + 1.at n=12A027720
- Divisors of 10^10 + 1.at n=7A027900
- Odd numbers which when cubed give number composed just of the digits 0, 1, 2, 3.at n=11A031997
- a(n) is the smallest value of m such that A002378(m), the m-th oblong number, contains exactly n 0's.at n=17A048529
- James Joyce's "Ulysses" sequence: number of digits in n^(n^n).at n=10A054382
- Numbers whose fourth power is a palindrome.at n=11A056810
- a(n) = 10^n + 1.at n=10A062397
- Both m and its reverse are one more than a square and m does not end in 0.at n=18A066618
- Palindromes n for which there is a unique k such that n = k + reverse(k).at n=29A068065
- Numbers k such that k and k^3 are both palindromes.at n=30A069748
- Smallest n-digit squarefree number.at n=10A074109
- Numbers of the form (10^(m*r)-1)/(10^r-1) for positive integers m, r.at n=24A076289
- a(n) = sqrt(A077204(n)).at n=20A077205
- Smallest n-digit composite palindrome.at n=10A077543
- a(1) = 1, a(n) = the smallest squarefree number > a(n-1) which contains all the digits of a(n-1).at n=18A077712
- Palindromes arising in A083458.at n=4A083459
- Palindromes arising in A083456.at n=9A083460
- (2n)^(2n) + 1.at n=5A085603