Let the relation R be defined in N by aRb, if 2a + 3b = 30. Then R = …… .

Let the relation R be defined in N by a R b , if 2a + 3b = 30 . Then R = …… .

On the set of natural numbers let R be the relation defined by aRb if 2a+3b = 30 . Check whether it is (i) reflexive (ii) symmetric (iii) transitive (iv) equivalence

On the set of natural number let R be the relation defined by aRb if 2a +3b=30. Write down the relation by listing all the pair . check whether it is (i) reflexive (ii) symmetric (iii) transitive (iv) equivalence

If l is the set of integers and if the relation R is defined over l by aRb, iff a - b is an even integer, a,b inl , the relation R is

If l is the set of integers and if the relation R is defined over l by aRb, iff a - b is an even integer, a,b inl , the relation R is

If l is the set of integers and if the relation R is defined over l by aRb, iff a - b is an even integer, a,b inl , the relation R is:

Let R be the relation on Z defined by aRb if and only if a -b is an even integer. Find : R.

Let R be the relation on Z defined by aRb if and only if a -b is an even integer. Find : domain of R.