grandmamom12
Answered

Look at this set of ordered pairs.


{ (4, 12), (7, 11), (3, 13), (11, 4), (7, 3)}


Which statement about the relation above is true?


It is not a function because every y-value has more than one x-value.


It is not a function because the same values appear as both x and y-values.


It is a function because every x-value is unique.


It is a function because every x-value has only y-value.

Verified Answer :

morgeron

It can't be a function if our ordered pairs has more than 1 of the same x values. This would create two points on the same line...negating the functions. so, the correct answer would be ... "it is not a function because every y-value has more than one x-value" 

namely...(7,11) and (7,3)

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