Let `ZZ` be the set of integers and let R be the relation on `ZZ` defined as
`R={(x,y)|x,y in ZZ and x^2+y^2=100}`
Find R as the set of ordered pairs. Also find its domain and range.

Let R be the relation on the set A of first twelve natural numbers defined by, R={(x,y):x+2y=12 and x, y in A} Find R as the set of ordered pairs. Also find its domain and range.

Let R be the relation on Z defined by R = {(a,b),a, b in Z,a^2 =b^2} Find Domain of R

Given R = {(x, y) : x, yinN and 2x + 3y = 9}.' Find R as sets of ordered pair. '

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.

If R be the relation on the set A of first twelve natural numbers defined by R={(x,y):x+2y=12, and x,y in A} find R as the set of ordered pairs also find its range.

Let A={1,2,3,4,5,6,7,8} and a relation R on A is given by, R={(x,y):x in A,y in A and 2x+y=12} Find R and R^-1 as sets of ordered pairs. Also find domains and ranges of R and R^-1 .

Let A = {2,3,4,5} and B = {8,9,10,11} and let R be a relation from A to B defined by, xRyrArr "x divides y". Find R as a set of ordered pairs and also find its domain and range.

If R is a relation defined as R={(x,y):x,yinN " and "x+3y=12} , then find the domain and range of R.

If R is a relation defined as R ={ (x,y):x,y in N and x+3y =12}. Then find the domain and range of R.

On the set R of real numbers, the relation rho is defined by x rho y, (x, y) in R .