11100 yo .NET Developer from $"{cityName}"

Contributed:

- A306548 — Table of the convolutions of positive integer powers
- A287326 — Numerical triangle, row sums give the cubes
- A300656 — Numerical triangle, row sums give fifth powers
- A300785 — Numerical triangle, row sums give seventh powers
- A302971 — Numerators of the coefficient A(m, r) from arXiv:1603.02468
- A304042 — Denominators of the coefficient A(m, r) from arXiv:1603.02468
- A303675 — Coefficients involved in central factorial numbers of the Faulhaber's formula
- A320047 — The coefficients U(m, l, k), m = 1 defined by the identity
- A316349 — The coefficients U(m, l, k), m = 2 defined by the identity
- A316387 — The coefficients U(m, l, k), m = 3 defined by the identity

Edited:

- A007318 — Pascal's triangle read by rows
- A003215 — Hex (or centered hexagonal) numbers
- A000584 — Fifth powers
- A002457 — Sequence dedined by a(n) = (2n+1)!/n!^2
- A001015 — Seventh powers
- A013609 — Triangle of coefficients in expansion of (1+2*x)^n
- A001093 — Sequence dedined by a(n) = n^3 + 1
- A028896 — 6 times triangular numbers: a(n) = 3*n*(n+1)
- A013610 — Triangle of coefficients in expansion of (1+3*x)^n
- A033455 — Convolution of nonzero squares A000290 with themselves
- A227776 — Sequence dedined by a(n) = 6*n^2 + 1
- A258806 — Sequence dedined by a(n) = n^7 + 1
- A275709 — Sequence dedined by a(n) = 2*n^3 + 3*n^2