Chapter 1: Problem 49
Graph equation in a rectangular coordinate system. $$y=-2$$
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Chapter 1: Problem 49
Graph equation in a rectangular coordinate system. $$y=-2$$
These are the key concepts you need to understand to accurately answer the question.
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The annual yield per lemon tree is fairly constant at 320 pounds per tree when the number of trees per acre is 50 or fewer. For each additional tree over \(50,\) the annual yield per tree for all trees on the acre decreases by 4 pounds due to overcrowding. a. Express the yield per tree, \(Y\), in pounds, as a function of the number of lemon trees per acre, \(x\). b. Express the total yield for an acre, \(T\), in pounds, as a function of the number of lemon trees per acre, \(x\).
Find the coefficients that must be placed in each shaded area so that the function's graph will be a line satisfying the specified conditions. ___ \(x+\) ___ \(y-12=0 ; x\) -intercept \(=-2 ; y\) -intercept \(=4\)
Graph the given functions, \(f\) and \(g,\) in the same rectangular coordinate system. Select integers for \(x,\) starting with -2 and ending with \(2 .\) Once you have obtained your graphs, describe how the graph of \(g\) is related to the graph of \(f .\) $$f(x)=x^{3}, g(x)=x^{3}-1$$
The bar graph shows that as costs changed over the decades, Americans devoted less of their budget to groceries and more to health care. Find a linear function in slope-intercept form that models the given description. Each function should model the percentage of total spending, \(p(x),\) by A mericans \(x\) years after \(1950 .\) (GRAPH CAN'T COPY) In \(1950,\) Americans spent \(3 \%\) of their budget on health care. This has increased at an average rate of approximately \(0.22 \%\) per year since then.
The regular price of a computer is \(x\) dollars. Let \(f(x)=x-400\) and \(g(x)=0.75 x\) a. Describe what the functions \(f\) and \(g\) model in terms of the price of the computer. b. Find \((f \circ g)(x)\) and describe what this models in terms of the price of the computer. c. Repeat part (b) for \((g \circ f)(x)\) d. Which composite function models the greater discount on the computer, \(f^{\circ}\) g or \(g \circ f\) ? Explain.
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