The set of second components in the ordered pairs is called the range of the relation.a.Trueb.False

Function is a relation in which no two distinct ordered pairs have the same first elements.a.Trueb.False

In Fig.5, ordered pairs are _________.2. These ordered pairs constitute a _______.3. The ordered pairs (A, P), (B, R), (C, Q), (E, Q), (D, T), (G, T), (F, U), (H, U)constitute a relation which is also a _____.4. The ordered pairs (B, R), (C, Q), (D, T), (E, S), (E, Q) constitute a _____which is not a _____

Consider the following relation on set B = {a, b, {a}, {b}, {a, b}}:P = {(a, b), (b, {a, b}), ({a, b}, a), ({b}, a), (a, {a})}.Which one of the following alternatives represents the range of P (ran(P))?a.{a, b, {a}, {a, b}}b.{a, b, {a}, {b}, {a, b}}c.{a, b, {b}, {a, b}}d.{a, b, {a, b}}

Which refers to a collection of ordered pairs containing one element from each set?

Let A = {1, 2, 3}, B = {4, 6, 9} if relation R from A to B defined byx is greater then y. the range of R is -(a) {1, 4, 6, 9} (b) {4, 6, 9}(c) {1} (d) None of these