Chapter 2: Problem 79
Evaluate the step function defined by \(f(x)=[x]\) for the given values of \(x\). $$ f(-9) $$
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Chapter 2: Problem 79
Evaluate the step function defined by \(f(x)=[x]\) for the given values of \(x\). $$ f(-9) $$
These are the key concepts you need to understand to accurately answer the question.
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A sales person makes a base salary of \(\$ 2000\) per month. Once he reaches \(\$ 40,000\) in total sales, he earns an additional \(5 \%\) commission on the amount in sales over \(\$ 40,000 .\) Write a piecewise-defined function to model the sales person's total monthly salary \(S(x)\) (in \(\$)\) as a function of the amount in sales \(x\).
Determine if the function is even, odd, or neither. $$ q(x)=\sqrt{16+x^{2}} $$
Refer to the functions \(f\) and \(g\) and evaluate the functions for the given values of \(x\). \(f=\\{(2,4),(6,-1),(4,-2),(0,3),(-1,6)\\} \quad\) and \(\quad g=\\{(4,3),(0,6),(5,7),(6,0)\\}\) $$(f \circ f)(-1)$$
Evaluate the step function defined by \(f(x)=[x]\) for the given values of \(x\). $$ f(6) $$
Refer to the functions \(r, p,\) and \(q .\) Evaluate the function and write the domain in interval notation. \(r(x)=-3 x \quad p(x)=x^{2}+3 x \quad q(x)=\sqrt{1-x}\) $$\left(\frac{q}{p}\right)(x)$$
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