Consider f(x) = 0.01x -0.18x³ - 1.08x21.26x8.05. 1 3. (a) Sketch a quick graph of f(x) on the standard window and use the TI-84 to find the zero shown on the standard window. (b) Use the zero found from part (a) and the synthetic division process to help find all the zeros (real and imaginary) for the polynomial function f(x) = 0.01x -0.18x³ -1.08x2-1.26x8.05. Include a complete detailed sketch of the graph of the function with any real zeros labeled on your graph. Use the zeros that were found to write the complete linear factorization of f(x).

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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11).

 

Consider f(x) = 0.01x4 -0.18x³ - 1.08x²1.26x8.05.
Sketch a quick graph of f(x) on the standard window and use the TI-84 to find the zero shown on the
standard window.
3.
(b) Use the zero found from part (a) and the synthetic division process to help find all the zeros (real and
imaginary) for the polynomial function f(x) = 0.01x¹ -0.18x³1.08x2 - 1.26x8.05. Include a complete
detailed sketch of the graph of the function with any real zeros labeled on your graph. Use the zeros that were
found to write the complete linear factorization of f(x).
27
Transcribed Image Text:Consider f(x) = 0.01x4 -0.18x³ - 1.08x²1.26x8.05. Sketch a quick graph of f(x) on the standard window and use the TI-84 to find the zero shown on the standard window. 3. (b) Use the zero found from part (a) and the synthetic division process to help find all the zeros (real and imaginary) for the polynomial function f(x) = 0.01x¹ -0.18x³1.08x2 - 1.26x8.05. Include a complete detailed sketch of the graph of the function with any real zeros labeled on your graph. Use the zeros that were found to write the complete linear factorization of f(x). 27
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