Chapter 0: Problem 50
Period In Exercises \(49-52,\) find the period of the function. $$y=7 \tan 2 \pi x$$
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Chapter 0: Problem 50
Period In Exercises \(49-52,\) find the period of the function. $$y=7 \tan 2 \pi x$$
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Sketching a Graph In Exercises \(83-86,\) sketch a possible graph of the situation. $$\begin{array}{l}{\text { The height of a baseball as a function of horizontal distance }} \\ {\text { during a home run }}\end{array}$$
If \(f(x)=f(-x)\) for all \(x\) in the domain of \(f,\) then the graph of \(f\) is symmetric with respect to the \(y\) -axis.
Finding the Domain and Range of a Piecewise Function In Exercises \(27-30\) , evaluate the function at the given value(s) of the independent variable. Then find the domain and range. \(f(x)=\left\\{\begin{array}{ll}{|x|+1,} & {x<1} \\ {-x+1,} & {x \geq 1}\end{array}\right.\) $$$$ (a) \(f(-3) \quad\) (b) \(f(1) \quad\) (c) \(f(3) \quad\) (d) \(f\left(b^{2}+1\right)\)
Distance In Exercises 79 and 80 , use the result of Exercise 77 to find the distance between the point and line. Point: \((-2,1)\) Line: \(x-y-2=0\)
Distance Write the distance \(d\) between the point \((3,1)\) and the line \(y=m x+4\) in terms of \(m .\) Use a graphing utility to graph the equation. When is the distance 0\(?\) Explain the result geometrically.
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