For the relation R defined below, where and N denotes set of real numbers and set of natural numbers respectively, Match the LIST-I with LIST-II
LIST-I Relation LIST-II Properties of relation hold by R A. I. Neither reflexive, nor symmetric, nor transitive B. II. Equivalence relation C. III. Symmetric but neither reflexive nor transitive D. On N×N, relation R defined by IV. Reflexive and symmetric, but not transitive
Choose the correct answer from the options given below:
For the relation R defined below, where and N denotes set of real numbers and set of natural numbers respectively, Match the LIST-I with LIST-II
| LIST-I Relation | LIST-II Properties of relation hold by R |
|---|---|
| A. | I. Neither reflexive, nor symmetric, nor transitive |
| B. | II. Equivalence relation |
| C. | III. Symmetric but neither reflexive nor transitive |
| D. On N×N, relation R defined by | IV. Reflexive and symmetric, but not transitive |
Choose the correct answer from the options given below:
Solution
✅ Correct Option: 1
A: is symmetric but fails reflexivity and break transitivity, so III.
B: always, and the condition is symmetric, but breaks transitivity, so IV.
C: pairs are ; none of the three properties holds, so I.
D: is an equivalence relation, so II.
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