A relation `R` is defined from {2, 3, 4, 5} to {3, 6, 7, 10} by : `x\ R\ yhArrx` is relatively prime to `ydot` Then, domain of `R` is (a) {2, 3, 5} (b) {3, 5} (c) {2, 3, 4} (d) {2, 3, 4, 5}

A relation R is defined from {2,3,4,5} to{3, 6, 7, 10}by : x R y :x is relatively prime to ydot Then, domain of R is (a) {2,3,5} (b) {3,5} (c) {2,3,4} (d) {2,3,4,5}dot

A relation R is defined from {2,3,4,5,} to {3,6,7,10}by:xRy:x is relatively prime to y. Then,domain of R is (a){2,3,5,} (b) {3,5,} (c) {2,3,4,} (d) {2,3,4,5,} .

A relation R is defined from a set A ={2,3,4,5} to a set B ={6,8,10,30} by aRbimpliesa is relatively prime to b. Then R as a set of ordered pairs is-

If a relation R is defined from a set A={2, 3, 4, 5} to a set B={3, 6, 7, 10} as follows (x, y) in R hArr x divides y. Expression of R^(-1) is represented by

A relation R is defined from A={2,3,4,5} to set B={3,6,7,10} as follows: (x,y) in R . Express R as set of ordered pairs determine the domain and range of R.

A relation R is defind on the set A={2,3,4,5} as follows : (x,y)in Rimpliesxand y are relatively prime,Find domain and range of R.

A relation R is defined from a set A={2,3,4,5}to\ a\ s e t\ B={3,6,7, 10} as follows: (x , y) in RhArrx is relatively prime to ydot Express R as a set of ordered pairs and determine its domain and range.

A relation R is defined from a set A={2,3,4,5}rarr a set B={3,6,7,10} as follows: (x,y)in R hArr x is relatively prime to y .Express R as a set ordered pairs and determine its domain and range.

The domain of the relation R = {(1,3), (3,5),(2,6)} is