Chapter 3: Q. 7 (page 174)
In Problems 6– 8, graph each quadratic function using transformations (shifting, compressing, stretching, and/or reflecting).
Short Answer
The required graph is
Chapter 3: Q. 7 (page 174)
In Problems 6– 8, graph each quadratic function using transformations (shifting, compressing, stretching, and/or reflecting).
The required graph is
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Get started for freeThe daily revenue R achieved by selling x boxes of candy is figured to be The daily cost C of selling x boxes of candy is .
(a) How many boxes of candy must the firm sell to maximize revenue? What is the maximum revenue?
(b) Profit is given as P(x) = R(x) - C(x). What is the profit function?
(c) How many boxes of candy must the firm sell to maximize profit? What is the maximum profit?
(d) Provide a reasonable explanation as to why the answers found in parts (a) and (c) differ. Explain why a quadratic function is a reasonable model for revenue.
In Problems 21–28, determine whether the given function is linear or nonlinear. If it is linear, determine the equation of the line .
x | |
-2 | 4 |
-1 | 1 |
0 | -2 |
1 | -5 |
2 | -8 |
Graph the function by starting with the graph of and using transformations (shifting, compressing, stretching, and/or reflection). Verify your results using a graphing utility.
If then
(a) Determine the slope and y-intercept of each function.
(b) Use the slope and y-intercept to graph the linear function.
(c) Determine the average rate of change of each function.
(d) Determine whether the linear function is increasing, decreasing, or constant
The John Deere company has found
that the revenue, in dollars, from sales of riding mowers is a function of the unit price p, in dollars, that it charges. If the revenue R is
what unit price p should be charged to maximize revenue? What is the maximum revenue?
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