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3. Identify (circle) the degree and leading coefficient for each graph. Degree (1/2 Pt): Degree (1/2...
For each graph fill out thebchart by identifying the zeros and linear factorization. Determine the degree,...
For
each graph fill out thebchart by identifying the zeros and linear
factorization. Determine the degree, number of turning points, and
describe the end behaviors. Determine if the leading coefficient is
positive or negative and find the multiplicity of each zero. The
graphs are in incriments of one.
Section 5.3 and 5.4 1. For each graph fill out the chart by identifying the zeros and linear factorization. Determine the degree, number of turning points, and describe the end behaviors. Determine...
Identify the degree, leading term and leading coefficient of each polynomial function
1. Identify the degree, leading term and leading coefficient of each polynomial function.A. f(x)= x(x+1)(3x+1)(x-2)B. f(x)= -16+3x^4 - 9x^2 - x^6 + 4x^82. Describe the end behavior of a ninth-degree polynomial function with a negative leading coefficient.
8) 8) 41 3+ 2+ + 3-4-5 org 2+ 3+ 4+ a. Determine the minimum degree...
8) 8) 41 3+ 2+ + 3-4-5 org 2+ 3+ 4+ a. Determine the minimum degree of the polynomial based on the number of turning points. b. Determine whether the leading coefficient is positive or negative based on the end behavior and whether the degree of the polynomial is odd or even. c. Approximate the real zeros of the function, and determine if their multiplicity is odd or even. A) a. Minimum degree 2 b. Lending coefficient positive degree even...
Determine if the graph can represent a polynomial function. If so, assume the end behavior and...
Determine if the graph can represent a polynomial function. If so, assume the end behavior and all turning points are represented on the graph 7) 7) 2 a. Determine the minimum degree of the polynomial based on the number of turning points. b. Determine whether the leading coefficient is positive or negative based on the end behavior and whether the degree of the polynomial is odd or even c. Approximate the real zeros of the function, and determine if their...
Determine if the graph can represent a polynomial function. If so, assume the end behavior and...
Determine if the graph can represent a polynomial function. If so, assume the end behavior and all turning points are represented on the graph. 7) 7) - 4+ 3+ a. Determine the minimum degree of the polynomial based on the number of tuming points. b. Determine whether the leading coefficient is positive or negative based on the end behavior and whether the degree of the polynomial is odd or even. c. Approximate the real zeros of the function, and determine...
What does the graph of the polynomial function tell you about the (A) sign of the...
What does the graph of the polynomial function tell you about the (A) sign of the leading coefficient, (B) the degree of the function, and (C) the number of real zeros? Explain your answers! A. OThe sign of the leading coefficient is negative because the end behavior is from an equation of odd degree and negative leading coefficient OThe sign of the leading coefficient is positive because the end behavior is from an equation of odd degree and positive leading...
7. The graph of g(x) is given below. State the domain and range of g(x) using...
7. The graph of g(x) is given below. State the domain and range of g(x) using interval notation. 9(2) 27 a. (4 pt) Give the domain and range of g(x). DOMAIN RANGE b. (6 pt) Use transformations to draw the graph of y = g( x) +1. 11. Given the polynomial graph below, answer the following. a. (2 pt) is the degree of the function even or odd? Explain how you know. b. (2 pt) is the leading coefficient positive...
Determine if each of the following is polynomial. If so, find the leading coefficient and degree....
Determine if each of the following is polynomial. If so, find the leading coefficient and degree. If not, explain why. a) r(t)=5t^-1 b) f(x)=7x+9 c) m(x)=6x+x^-3+15 d) h(x)= (3x-9)/(2x+7) e) t(x)=(2/3)x^2-8x+13 f) y(x)=3x+4ROOTx+11
w the graph of a sixth taph of a sixth degree polynomial below, as the following...
w the graph of a sixth taph of a sixth degree polynomial below, as the following a. Is the leading coefficient positive or negative? b. State the end behavior of the function: as + 0, y → ? and as 1 -0, y →? c. State each zero (-intercept) in point form with its multiplicity. Note the overall degree of the polynomial is stated above. d. State the y-intercept in point form. e. Find a possible formula for the graph...
Given the graph of a polynomial function, determine the minimum possible degree, the zeros and if...
Given the graph of a polynomial function, determine the minimum possible degree, the zeros and if the multiplicity of the zeros is even or odd. Assume the end behavior and all turning points are represented on the graph. གནད་ a. Determine the minimum degree of the polynomial based on the number of turning points. b. Approximate the real zeros of the function, and determine if their multiplicity is odd or even O a. Minimum degree 4 b. -4 (even multiplicity),...
For
each graph fill out thebchart by identifying the zeros and linear
factorization. Determine the degree, number of turning points, and
describe the end behaviors. Determine if the leading coefficient is
positive or negative and find the multiplicity of each zero. The
graphs are in incriments of one.
Section 5.3 and 5.4 1. For each graph fill out the chart by identifying the zeros and linear factorization. Determine the degree, number of turning points, and describe the end behaviors. Determine...
8) 8) 41 3+ 2+ + 3-4-5 org 2+ 3+ 4+ a. Determine the minimum degree of the polynomial based on the number of turning points. b. Determine whether the leading coefficient is positive or negative based on the end behavior and whether the degree of the polynomial is odd or even. c. Approximate the real zeros of the function, and determine if their multiplicity is odd or even. A) a. Minimum degree 2 b. Lending coefficient positive degree even...
Determine if the graph can represent a polynomial function. If so, assume the end behavior and all turning points are represented on the graph 7) 7) 2 a. Determine the minimum degree of the polynomial based on the number of turning points. b. Determine whether the leading coefficient is positive or negative based on the end behavior and whether the degree of the polynomial is odd or even c. Approximate the real zeros of the function, and determine if their...
Determine if the graph can represent a polynomial function. If so, assume the end behavior and all turning points are represented on the graph. 7) 7) - 4+ 3+ a. Determine the minimum degree of the polynomial based on the number of tuming points. b. Determine whether the leading coefficient is positive or negative based on the end behavior and whether the degree of the polynomial is odd or even. c. Approximate the real zeros of the function, and determine...
What does the graph of the polynomial function tell you about the (A) sign of the leading coefficient, (B) the degree of the function, and (C) the number of real zeros? Explain your answers! A. OThe sign of the leading coefficient is negative because the end behavior is from an equation of odd degree and negative leading coefficient OThe sign of the leading coefficient is positive because the end behavior is from an equation of odd degree and positive leading...
7. The graph of g(x) is given below. State the domain and range of g(x) using interval notation. 9(2) 27 a. (4 pt) Give the domain and range of g(x). DOMAIN RANGE b. (6 pt) Use transformations to draw the graph of y = g( x) +1. 11. Given the polynomial graph below, answer the following. a. (2 pt) is the degree of the function even or odd? Explain how you know. b. (2 pt) is the leading coefficient positive...
w the graph of a sixth taph of a sixth degree polynomial below, as the following a. Is the leading coefficient positive or negative? b. State the end behavior of the function: as + 0, y → ? and as 1 -0, y →? c. State each zero (-intercept) in point form with its multiplicity. Note the overall degree of the polynomial is stated above. d. State the y-intercept in point form. e. Find a possible formula for the graph...
Given the graph of a polynomial function, determine the minimum possible degree, the zeros and if the multiplicity of the zeros is even or odd. Assume the end behavior and all turning points are represented on the graph. གནད་ a. Determine the minimum degree of the polynomial based on the number of turning points. b. Approximate the real zeros of the function, and determine if their multiplicity is odd or even O a. Minimum degree 4 b. -4 (even multiplicity),...
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