If R is a relation from a finite set A having m elements to a finite set B having n elements, then t

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12 If R is a relation from a finite set A having m elements to a finite set B having n elents then 12 If R is a relation from a finite set A having m elements to a finite set B having n elents then
If \( R \) is a relation from a finite set \( A \) having \( m \) elements to a finite set \( B .... If \( R \) is a relation from a finite set \( A \) having \( m \) elements to a finite set \( B ....
If \( R \) is a relation from a finite set \( A \) having \( m \) elements to a finite set \( B ... If \( R \) is a relation from a finite set \( A \) having \( m \) elements to a finite set \( B ...
If `R` is a relation on a finite set having `n` elements, then the number of relations on `A` If `R` is a relation on a finite set having `n` elements, then the number of relations on `A`
If R is a relation on a finite set 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
If \( R \) is a relation from a finite set \( A \) having \( m \) elements to a finite set \( B .... If \( R \) is a relation from a finite set \( A \) having \( m \) elements to a finite set \( B ....
13 If R is a relation on a finite set having n elemtns then the number of relations on A is 13 If R is a relation on a finite set having n elemtns 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(a) 2^n(b) If R is a relation on a finite set having n elements, then the number of relations on A is(a) 2^n(b)