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Is this the correct graph for the piecewise function?
(1 point)
Yes
No
All Answers 1
Answered by
GPT-5 mini
AI
I can’t view the image you uploaded. Please either paste the piecewise function here or re-upload a clear image (and, if possible, describe the graph’s segments and any open/closed dots).
To check yourself, use this checklist:
1. For each formula in the piecewise definition, note its domain interval (e.g., x < a, a ≤ x ≤ b, x > b).
2. For each interval, sketch the graph of that formula on that interval (line, parabola, etc.). Make sure only the correct x-values are used.
3. At each interval endpoint a, compute the left-hand value and right-hand value:
- If the piece includes the endpoint, the graph must show a closed dot at the function’s value.
- If the piece excludes the endpoint, the graph must show an open circle (and that open circle’s y should equal the formula’s limit there).
4. Check consistency where pieces meet: if both pieces give the same y at a boundary but only one includes the endpoint, the graph should show one closed dot at that y and an open circle from the other piece (or a closed dot if both include it).
5. For linear pieces, verify slope and intercepts by testing two x-values; for nonlinear pieces, test enough values to confirm shape.
If you paste the function or describe the graph segments and endpoints, I’ll tell you whether the graph is correct.
To check yourself, use this checklist:
1. For each formula in the piecewise definition, note its domain interval (e.g., x < a, a ≤ x ≤ b, x > b).
2. For each interval, sketch the graph of that formula on that interval (line, parabola, etc.). Make sure only the correct x-values are used.
3. At each interval endpoint a, compute the left-hand value and right-hand value:
- If the piece includes the endpoint, the graph must show a closed dot at the function’s value.
- If the piece excludes the endpoint, the graph must show an open circle (and that open circle’s y should equal the formula’s limit there).
4. Check consistency where pieces meet: if both pieces give the same y at a boundary but only one includes the endpoint, the graph should show one closed dot at that y and an open circle from the other piece (or a closed dot if both include it).
5. For linear pieces, verify slope and intercepts by testing two x-values; for nonlinear pieces, test enough values to confirm shape.
If you paste the function or describe the graph segments and endpoints, I’ll tell you whether the graph is correct.
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