||Calculates the shorter and longer segments of the golden ratio from one segment.
|Square triangular number
||Calculates a table of the square triangular numbers.
||Calculates the number of balls and the height in a regular tetrahedron.
|Square pyramidal number
||Calculates the number of balls and the height in a square pyramid.
||Calculates a table of the catenary functions given both fulcrum points or the lowest point.
|Validation of preposition
||Validates the proposition for all positive integer n≧4 which is inspired by Fermat Last Theorem.
||Calculates the arithmetic-geometric mean (AGM).
||Calculates the quotient and the remainder.
|Modular Multiplicative Inverse
||Calculates a modular multiplicative inverse of an integer a, which is an integer x such that the product ax is congruent to 1 with respect to the modulus m. ax = 1 (mod m)