If `R` is a relation from set `A={11 , 12 , 13}` to set `B={8, 10 , 12}` defined by `y=x-3,` then write `R^(-1)dot`

R is a relation from {11, 12, 13} to {8, 10, 12} defined by y=x-3 . Then, R^(-1) is

R is a relation from {11, 12, 13} to {8, 10, 12} defined by y=x-3 . Then R^(-1) is

If R be a relation from {11, 12, 13} to {8, 10, 12} defined by y = x - 3 . What is R^-1 ?

Let R be the relation from {11, 12, 13} to {8, 9, 10} , defined by y=x-3 then R^(-1) is

Find the inverse relation R^(-1) in the following case: R is a relation from {11 , 12 , 13}to\ {8, 10 , 12} defined by y=x-3.

R is a relation from {11,12,13} to {8,10,12} defined by y=x-3 Then R^(-1) is

R is a relation from {11, 12, 13} to {8, 10, 12} defined by y=x-3 . Then, R^(-1) is (a) {(8, 11), (10, 13)} (b) {(11, 8), (13, 10)} (c) {(10, 13), (8, 11), (8, 10)} (d) none of these

R is a relation from {11, 12, 13} to {8, 10, 12} defined by y=x-3 . Then, R^(-1) is (a) {(8, 11), (10, 13)} (b) {(11, 8), (13, 10)} (c) {(10, 13), (8, 11), (8, 10)} (d) none of these

Find all the relations from the set A = {1,2} to the set B = {3}.

If R is a relation from set A={2,4,5} to set B={1,2,3,4,6,8} defined by xRy hArr x divides y. Write R as a set of ordered pairs Find the domain and the range of R.