Chapter 4: Q. 66 (page 195)
In Problems 65–68, construct a polynomial function that might have the given graph. (More than one answer may be possible.)
Short Answer
The possible function is
Chapter 4: Q. 66 (page 195)
In Problems 65–68, construct a polynomial function that might have the given graph. (More than one answer may be possible.)
The possible function is
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Get started for freeFind 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
In Problems 49– 60, for each polynomial function:
(a) List each real zero and its multiplicity.
(b) Determine whether the graph crosses or touches the x-axis at each x-intercept.
(c) Determine the maximum number of turning points on the graph. (d) Determine the end behavior; that is, find the power function that the graph of f resembles for large values of
A can in the shape of a right circular cylinder is required to have a volume of cubic centimeters. The top and bottom are made of material that costs per square centimeter, while the sides are made of material that costs per square centimeter.
Part (a) Express the total cost C of the material as a function of the radius r of the cylinder.
Part (b): Graph . For what value of r is the cost C a minimum?
Find the real zeros of f. Use the real zeros to factor f.
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