Look at this set of ordered pairs: (16, 5) (0, 5) (9, –14) (5, –5) Is this relation a function? Choices: (A)yes (B)no

Identify x-values: Look at the x-values in the ordered pairs (16, 5), (0, 5), (9, –14), (5, –5). x-values are 16, 0, 9, and 5.Check for repetition: Check if any x-value is repeated in the list of ordered pairs. No x-value is repeated; all are unique.Determine function representation: Since no x-value is repeated, each x-value is paired with exactly one y-value. This means the set of ordered pairs represents a function.

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Look at this set of ordered pairs: $\newline$ $(16, 5)$ $\newline$ $(0, 5)$ $\newline$ $(9, -14)$ $\newline$ $(5, -5)$ $\newline$ Is this relation a function? $\newline$ Choices: $\newline$ (A) yes $\newline$ (B) no

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Q. Look at this set of ordered pairs:

\newline

(16, 5)

\newline

(0, 5)

\newline

(9, -14)

\newline

(5, -5)

\newline

Is this relation a function?

\newline

Choices:

\newline

(A) yes

\newline

(B) no

Identify $x$ -values: Look at the $x$ -values in the ordered pairs $(16, 5)$ , $(0, 5)$ , $(9, –14)$ , $(5, –5)$ . $\newline$ $x$ -values are $16$ , $0$ , $9$ , and $x$ $0$ .
Check for repetition: Check if any $x$ -value is repeated in the list of ordered pairs. $\newline$ No $x$ -value is repeated; all are unique.
Determine function representation: Since no $x$ -value is repeated, each $x$ -value is paired with exactly one $y$ -value. $\newline$ This means the set of ordered pairs represents a function.