[Q-13" It "R" is a relation on a tinite set having in'elenents."],[" then the number ab relations an "A" is "],[(A)2^(n):(B)2^(n^(2))" (c) "n^(2)" (D) "n^(n)" ; "]

If R is a relation on a finite set having n elements,then the number of relations on A is

If R be a relation on a finite set A having n elements, then the number of relations on A is-

If R is a relation on a finite set having n elements,then the number of relations on A is 2^(n) b.2^(n)^^2 c.n^(2) d.n^(n)

If R is a relation on a finite set having n elements, then the number of relations on A is a. 2^n b. 2^n^2 c. n^2 d. n^n

If R is a relation from a finite set A having m elements to a finite set B having n elements then the number of relations from A to B is 2^(mn) b.2^(mn)-1 c.. d.m^(n)

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

Statement-1 If a set A has n elements, then the number of binary relations on A = n^(n^(2)) . Statement-2 Number of possible relations from A to A = 2^(n^(2)) .

Statement-1 If a set A has n elements, then the number of binary relations on A = n^(n^(2)) . Statement-2 Number of possible relations from A to A = 2^(n^(2)) .