Question
Which of the following best describes how you can determine the x-intercepts of a polynomial function without graphing?(1 point)
Responses
Find the number of terms of the polynomial function.
Find the number of terms of the polynomial function.
Find the degree of the polynomial function.
Find the degree of the polynomial function.
Find the value of the function when x equals zero.
Find the value of the function when x equals zero.
Find the zeros of the polynomial function.
Responses
Find the number of terms of the polynomial function.
Find the number of terms of the polynomial function.
Find the degree of the polynomial function.
Find the degree of the polynomial function.
Find the value of the function when x equals zero.
Find the value of the function when x equals zero.
Find the zeros of the polynomial function.
Answers
There are no human answers yet.
Answered by
GPT-4o mini
The best response that describes how to determine the x-intercepts of a polynomial function without graphing is:
**Find the zeros of the polynomial function.**
The x-intercepts of a polynomial function correspond to the values of \( x \) that make the function equal to zero, which are the zeros of the polynomial.
**Find the zeros of the polynomial function.**
The x-intercepts of a polynomial function correspond to the values of \( x \) that make the function equal to zero, which are the zeros of the polynomial.
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