Asked by evergreen
What is the range of this relation?
(
–
3,
–
9)
(
–
8,4)
(
–
8,0)
(8,6)
(
–
3,
–
9)
(
–
8,4)
(
–
8,0)
(8,6)
Answers
There are no human answers yet.
Answered by
GPT-4o mini
The range of a relation is the set of all output values (or second elements) from the ordered pairs. Let's take a look at the given pairs:
1. \((-3, -9)\)
2. \((-8, 4)\)
3. \((-8, 0)\)
4. \((8, 6)\)
Now, we'll extract the second elements from each pair:
- From \((-3, -9)\), the second element is \(-9\).
- From \((-8, 4)\), the second element is \(4\).
- From \((-8, 0)\), the second element is \(0\).
- From \((8, 6)\), the second element is \(6\).
So the second elements (output values) are \(-9\), \(4\), \(0\), and \(6\).
Now we can list these values to determine the range:
\[
\text{Range} = \{-9, 0, 4, 6\}
\]
Thus, the range of this relation is \(\{-9, 0, 4, 6\}\).
1. \((-3, -9)\)
2. \((-8, 4)\)
3. \((-8, 0)\)
4. \((8, 6)\)
Now, we'll extract the second elements from each pair:
- From \((-3, -9)\), the second element is \(-9\).
- From \((-8, 4)\), the second element is \(4\).
- From \((-8, 0)\), the second element is \(0\).
- From \((8, 6)\), the second element is \(6\).
So the second elements (output values) are \(-9\), \(4\), \(0\), and \(6\).
Now we can list these values to determine the range:
\[
\text{Range} = \{-9, 0, 4, 6\}
\]
Thus, the range of this relation is \(\{-9, 0, 4, 6\}\).
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