Let A be a finie set containing n distinct elements. The number of relations that can be defined on A is

Let A be a finite set containing n distinct elements. The number of relations that can be defined from A to A is (a) 2^n (b) n^2 (c) 2^(n^2) (d) None of these

Let A be a finite set containing n distinct elements. The number of functions that can be defined from A to A is

Let A be a finite set containing n distinct elements. The number of functions that can be defined from A to A is

Let A be a finite set containing n distinct elements. The number of functions that can defined from A to A is

Let A be a set containing n elements. If the number of reflexive relations that can be defined on A is 64, then n is equal to

Let A be a finite set containing n elements, then the number of relations on A is

Set A has n elements. The number of functions that can be defined from A into A is

Let A and B infinite sets containing m and n elements respectively. The number of relations that can be defined from A to B is

Let A and B infinite sets containing m and n elements respectively. The number of relations that can be defined from A to B is