Does this relation shown in the diagram below represent a function? Explain.

It does represent a function. The range value of 2 matches to two values within the domain.

It does not represent a function. Each value of the range matches to exactly one value of the domain.

It does not represent a function. The range value of 2 matches to two values within the domain.

It does represent a function. Each value of the range matches to exactly one value of the domain.

Does this relation shown in the diagram below represent a function Explain It does represent a function The range value of 2 matches to two values within the do class=

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Answer:

D. It does represent a function. Each value of the domain matches to exactly one value of the range.

Step-by-step explanation:

The mapping shows that each of the set of the domain values has exactly one range value.

For a relation to be called a function, every domain value must have at exactly one range value. A domain value should not be assigned or mapped to more than one range value.

Therefore, the relation above can be said to be a function because, each value of the domain matches to exactly one value of the range.

Answer: A (connexus)

Step-by-step explanation: Each value of the range matches to exactly one value of the domain.