Use the dynamic points to graph the polynomial = x (2² – 1). Since p(-x) = -p(x) for all real 2, we know that p(x) is an odd function. The fixed points represent points of interest: x-intercepts, relative extrema, and inflection points. NOTE: Do not try to position a dynamic point at (0,0), as that point has already been graphed for you. %3D (1.3,0.7) (0.4,0.2) (-1,0) 1,0) 0.2)
Use the dynamic points to graph the polynomial = x (2² – 1). Since p(-x) = -p(x) for all real 2, we know that p(x) is an odd function. The fixed points represent points of interest: x-intercepts, relative extrema, and inflection points. NOTE: Do not try to position a dynamic point at (0,0), as that point has already been graphed for you. %3D (1.3,0.7) (0.4,0.2) (-1,0) 1,0) 0.2)
Chapter5: Polynomial And Rational Functions
Section5.3: Graphs Of Polynomial Functions
Problem 2TI: Use the graph of the function of degree 5 in Figure 10 to identify the zeros of the function and...
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Can you graph this? I hope you will plot 5 points without (0,0) point. Please be exact with the decimal of the points. Thank you.
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