Let `R` be a relation in `N` defined by `(x ,y) in R x+2y=8` . Express `Ra n dR^(-1)` as sets of ordered pairs.

Let R be a relation in N defined by (x ,y) in R x+2y=8 . Express R a n d R^(-1) as sets of ordered pairs.

Let R be a relation in N defined by (x,y)in Rhat harr_(x)+2y=8. Express R and R^(-1) as sets of ordered pairs.

Let R be relation in N defined by (x,y) in RhArrx+2y=8 . Express R and R^(-1) as sets of ordered pairs.

Let A be the set of first five natural numbers and let R be a relationobn A defined as follows (x,y)in R hArr x<=y. Express R and R^(-1) as sets of ordered pairs.Determine also The domain of R^(-1) The range of R.

Let A\ be the set of first five natural numbers and let R be a relation on A defined as follows (x , y) in RhArrxlt=ydot . Express R\ a n d\ R^(-1) as sets of ordered pairs. Determine also The domain of R^(-1) The range of Rdot

Let R be a relation on N defined by x+2y=8. The domain of R is

Let R be a relation on N defined by x+2y=8. The domain of R is

A relation R is defined on the set Z of integers as: (x ,y) in R x^2+y^2=25 . Express Ra n dR^(-1) as the sets of ordered pairs and hence find their respective domains.

1.Let R be a relation on N defined by x+2y=8 . The domain of R is