Removing Which Ordered Pair From The Table Would Make The Relation A Function Of X? X Y 1 7 4 7 2 2 4 1 3 9 (1, 7) (2, 2) (3, 9) (4, 1)

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Removing Which Ordered Pair From The Table Would Make The Relation A Function Of X? X Y 1 7 4 7 2 2 4 1 3 9 (1, 7) (2, 2) (3, 9) (4, 1). For which ordered pair (c,d) is the relation a function? In the given table, the ordered pair (4, 7) appears twice with different values of y (7 and 1).

Removing which ordered pair from the table would make the relation a
Removing which ordered pair from the table would make the relation a from brainly.in

The options provided are (1,7), (2,2), (3,9), and (4,1). To make the relation a function, we should remove the ordered pair (4, 1). The following is a relation:

For Which Ordered Pair (C,D) Is The Relation A Function?


In the given table, the ordered pair (4, 7) appears twice with different values of y (7 and 1). Just like a relation, a function is also a set of ordered pairs; So, the ordered pair that can be removed to make this relation a function is (4, 1).

The Option That Resolves This Issue By.


Removing which ordered pair from the table would make the relation a function of x? The options provided are (1,7), (2,2), (3,9), and (4,1). The following is a relation:

Removing (4,1) Would Make The Relation A.


To make the relation a function, we should remove the ordered pair (4, 1). Therefore, removing this ordered pair from the table would make the relation a function. Removing either (4, 7) or (4, 1) would resolve the issue and make the relation a function.

After Removing $$(4,1)$$ (4, 1), The Remaining Pairs $$(1,7)$$ (1, 7), $$(2,2)$$ (2, 2), And $$(3,9)$$ (3, 9) All Have Unique $$Y$$ Y Values For Each $$X$$ X Value, Making The Relation A.


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