Let A ={1,2,3} be a given set. Define a relation on A which is
an equivalence relation on A

Let A ={1,2,3} be a given set. Define a relation on A which is transitive and symmetric but not reflexive on A

Let A ={1,2,3} be a given set. Define a relation on A which is (i) reflexive and transitive but not symmetric on A

Let A ={1,2,3} be a given set. Define a relation on A which is transitivebut neither reflexive nor symmetric on A

Let A ={1,2,3} be a given set. Define a relation on A which is neither reflexive nor symmetric and transitive on A

Let A ={1,2,3} be a given set. Define a relation on A which is neither symmetric nor antismmetric on A

Let A ={1,2,3} be a given set. Define a relation on A which is reflexive and symmetric but not transitive on A

Let A ={1,2,3} be a given set. Define a relation on A which is symmetric but neither reflexive nor transitive on A

Let A ={1,2,3} be a given set. Define a relation on A which is reflexive but neither symmetric nor transitive on A

Let A ={1,2,3} be a given set. Define a relation on A which is symmetric but not antisymmetric on A

Let A be a non-empty set. Then a relation R on A is said to be an equivalence relation on A. If R is ______