To determine the range of the graphed function, we need to look at the y-values that are covered by the line segments described.
- The function starts at the closed point \((-3, 0)\), so the lowest value of \(y\) is 0 (inclusive), because it's a closed point.
- The line goes up to the closed point \((0, 3)\), so \(y\) continues up to 3 (inclusive).
- The next segment goes from \((0, 3)\) to \((2, 7)\), where \(y\) reaches up to 7 (inclusive) at \((2, 7)\).
- Finally, the function goes to the open point \((5, 8)\). Since this point is open, \(y\) can approach 8, but cannot include it.
Thus, the range of the function is from 0 (including) to just below 8 (not including). Therefore, we can express the range in interval notation as:
\[ { y \mid 0 \leq y < 8 } \]
So, the correct response that fits this description is:
left brace y vertical bar 0 less than or equals y less than 8 right brace