Let `A={2,\ 3,\ 4,\ 5}` and `B={1,3,\ 4}` . If `R` is the relation from `A` to `B` given by `a\ R\ b` iff `a\ ` is a divisor of `b` . Write `R` as a set of ordered pairs.

Let A={2,3,4,5} and B={1,3,4}. If R is the relation from A to B given by aRb iff a is a divisor of b. Writt R as a set of ordered pairs.

Let A = {3, 4, 5, 6, 7} and B = {8, 9, 10, 11, 12} be two given sets and R be the relation from A to B defined by, (x,y) in R rArrx divides y. Write R as a set of ordered pairs. Also find its domain and range.

Let A={1,2,3,4} and B={1,4,5} be two sets. If R is the relation " Write Domain and Range of R.

Let A={1,2,3,4} and B={1,4,5} be two sets. If R is the relation " Write R in Roster form.

Let A={ 1,2,3,4} , B={1,4,5} be two sets . If R is the relation '' lt '' from A to B , then Write R in roster form

Let A = (6,7,8,10), B = (2,4,5) a in A , b in B and R be the relation form A to B defined by a R b iff a is divisible by b. Write the solution of R and find the inverse relation of R.

Let A={1,2,3,4,6} .Let R be the relation on A defined by R={(a,b):a,b in A, b is exactly divisible by a} Write R in roster form.

Let A={ 1,2,3,4} , B={1,4,5} be two sets . If R is the relation '' lt '' from A to B , then Write the domain and range of R.

If R is the relation "is greater than" from A = {1,2,3,4,5} to B = {1,3,4} , write R as the set of ordered pairs. Also find R^-1 .

Let A={1,2,3,4} and B={1,4,5} be two sets. If R is the relation " Find the number of relations from A to B.