Show that the relation `geq` on the set `R` of all real numbers is reflexive and transitive but nut symmetric.

Show that the relation geq on the set R of all real numbers is reflexive and transitive but not symmetric.

Show that the divisibility relation in the set of positive integers is reflexive and transitive,but not symmetric.

Show that the relation ' gt ' on the set R of all real numbers is transitive but it is neither reflexive nor symmetric.

Give an example of a relation which is reflexive and transitive but not symmetric.

Prove that the relation "less than" in the set of natural number is transitive but not reflexive and symmetric.

Show that the relation R on R defined as R={(a,b):a<=b} is reflexive and transitive but not symmetric.

Show that the relation R on R defined as R={(a,b):a<=b}, is reflexive and transitive but not symmetric.

Show that the relation R in R defined as R={(a,b):a<=b} is reflexive and transitive but not symmetric.

Let R be the relation on the set of all real numbers defined by aRb iff |a-b|<=1 .Then R is Reflexive and transitive but not symmetric Reflexive symmetric and transitive Symmetric and transitive but not reflexive Reflexive symmetric but not transitive

Let R be the relation on the set of all real numbers defined by aRb iff |a-b|<=1 .Then R is O Reflexive and transitive but not symmetric O Reflexive symmetric and transitive O Symmetric and transitive but not reflexive O Reflexive symmetric but not transitive