Question: Question 1 The graph to the right is a graph of a polynomial function. (A) What is the minimum degree of a polynomial function that

Question 1

Question 1 The graph to the right is a graph of apolynomial function. (A) What is the minimum degree of a polynomial functionthat could have the graph? (B) Is the leading coefcient of thepolynomial function negative or positive? The graph to the right is agraph of a polynomial function. (A) What is the minimum degree ofa polynomial function that could have the graph? X 10 (B) Isthe leading coefficient of the polynomial function negative or positive?What is the

The graph to the right is a graph of a polynomial function. (A) What is the minimum degree of a polynomial function that could have the graph? (B) Is the leading coefcient of the polynomial function negative or positive? The graph to the right is a graph of a polynomial function. (A) What is the minimum degree of a polynomial function that could have the graph? X 10 (B) Is the leading coefficient of the polynomial function negative or positive?What is the maximum number of x-intercepts that a polynomial of degree 7 can have? The maximum number of x-intercepts a polynomial of degree 7 can have is (Type a whole number.)What is the minimum number of x-intercepts that a polynomial of degree 9 can have? Explain. The minimum number of x-intercepts is (Type a whole number.)For the given rational function. (A) Find the intercepts for The graph. {B} Determine the domain. {C} Find any vertical or horizontal asymptotes for the graph. {D} Graph y=l[)

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