Chapter 4: Q. 33 (page 215)
find the complex zeros of each polynomial function. Write f in factored form
Short Answer
The complex roots of the polynomial are 3+2i, 3-2i
Chapter 4: Q. 33 (page 215)
find the complex zeros of each polynomial function. Write f in factored form
The complex roots of the polynomial are 3+2i, 3-2i
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Get started for freeUnited Parcel Service has contracted you to design a closed box with a square base that has a volume of cubic inches. See the illustration.
Part (a): Express the surface area S of the box as a function of x.
Part (b): Using a graphing utility, graph the function found in part (a).
Part (c): What is the minimum amount of cardboard that can be used to construct the box?
Part (d): What are the dimensions of the box that minimize the surface are?
Part (e): Why might UPS be interested in designing a box that minimizes the surface area?
In Problems 21–32, determine the maximum number of real zeros that each polynomial function may have. Then list the potential rational zeros of each polynomial function. Do not attempt to find the zeros.
Find the bounds to the zeros of each polynomial function. Use the bounds to obtain a complete graph of f.
Use the Factor Theorem to prove that is a factor of
role="math" localid="1646067091231" if is an odd integer
Solve the inequality . Graph the solution set.
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