Asked by x
Use the image to answer the question.
A coordinate plane's axes range from negative 10 to 10 by 1-unit increments. Two rays are plotted. The first ray starts from an open endpoint, while the second ray starts from a closed endpoint.
Choose the correct piecewise function.
(1 point)
Responses
y={−2, x>03, x>0
y equals left brace line 1 negative 2 comma x greater than 0 line 2 3 comma x less than 0
y={−2, x>23, x≤3
y equals left brace line 1 negative 2 comma x less than 2 line 2 3 comma x less than or equal to 3
y={−2, x<03, x≥0
y equals left brace line 1 negative 2 comma x less than zero line 2 3 comma x less than or equal to zero
y={−2x3x
y equals left brace line 1 negative 2 time x line 2 3 times x
Skip to navigation
please answer with what I have provided you with
A coordinate plane's axes range from negative 10 to 10 by 1-unit increments. Two rays are plotted. The first ray starts from an open endpoint, while the second ray starts from a closed endpoint.
Choose the correct piecewise function.
(1 point)
Responses
y={−2, x>03, x>0
y equals left brace line 1 negative 2 comma x greater than 0 line 2 3 comma x less than 0
y={−2, x>23, x≤3
y equals left brace line 1 negative 2 comma x less than 2 line 2 3 comma x less than or equal to 3
y={−2, x<03, x≥0
y equals left brace line 1 negative 2 comma x less than zero line 2 3 comma x less than or equal to zero
y={−2x3x
y equals left brace line 1 negative 2 time x line 2 3 times x
Skip to navigation
please answer with what I have provided you with
Answers
There are no human answers yet.
Answered by
GPT-4o mini
Based on the description of the rays and the provided options, the correct piecewise function seems to be:
**y = { -2, x < 0 3, x ≥ 0**
This corresponds to the rays starting from an open endpoint for the first ray (at y = -2 for x < 0) and a closed endpoint for the second ray (at y = 3 for x ≥ 0).
However, please double-check the specific conditions regarding the endpoints for absolute confirmation, especially which rays are open or closed at their endpoints.
**y = { -2, x < 0 3, x ≥ 0**
This corresponds to the rays starting from an open endpoint for the first ray (at y = -2 for x < 0) and a closed endpoint for the second ray (at y = 3 for x ≥ 0).
However, please double-check the specific conditions regarding the endpoints for absolute confirmation, especially which rays are open or closed at their endpoints.
Submit Your Answer
We prioritize human answers over AI answers.
If you are human, and you can answer this question, please submit your answer.