An equation concerning the Pseudo-Smarandache-Squarefree function
Zheng Ya-ni
Abstract
Zheng Ya-ni
Abstract
For any positive integer n,the Pseudo-Smarandache-Squarefree function Zw(n)was defined as the smallest positive integer m such that n|mn.Z(n) was defined as the smallest positive integer k such that n|(k(k+1))/2.Using the elementary methods,it was studied that the solutions of the equation Zw(Z(n))-Z(Zw(n))=0,and it was proved that the equation has infinite positive integer solutions.At the same time,it was given that the solutions of the inequalitiesZw(Z(n))-Z(Zw(n))0 and Zw(Z(n))-Z(Zw(n))0.
A significance statement is not available in the OpenAlex record.
A contribution statement is not available in the OpenAlex record.
Method details are not available in the OpenAlex metadata.
Findings are not separately available in the OpenAlex metadata.
Limitations are not available in the OpenAlex metadata.
Application details are not available in the OpenAlex metadata.
For any positive integer n,the Pseudo-Smarandache-Squarefree function Zw(n)was defined as the smallest positive integer m such that n|mn.Z(n) was defined as the smallest positive integer k such that n|(k(k+1))/2.Using the elementary methods,it was studied that the solutions of the equation Zw(Z(n))-Z(Zw(n))=0,and it was proved that the equation has infinite positive integer solutions.At the same time,it was given that the solutions of the inequalitiesZw(Z(n))-Z(Zw(n))0 and Zw(Z(n))-Z(Zw(n))0.
Key concepts: Square-free integer, Integer (computer science), Mathematics, Combinatorics, Function (biology), Radical of an integer, Prime factor, Prime (order theory)